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Bird cherry | Article about bird cherry by The Free Dictionary
https://encyclopedia2.thefreedictionary.com/bird+cherry
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bird,
warm-blooded, egg-laying, vertebratevertebrate,
any animal having a backbone or spinal column. Verbrates can be traced back to the Silurian period. In the adults of nearly all forms the backbone consists of a series of vertebrae. All vertebrates belong to the subphylum Vertebrata of the phylum Chordata.
..... Click the link for more information. animal having its body covered with feathersfeathers,
outgrowths of the skin, constituting the plumage of birds. Feathers grow only along certain definite tracts (pterylae), which vary in different groups of birds.
..... Click the link for more information. and its forelimbs modified into wingswings,
flight organs of the bird, the bat, and the insect. Birds' wings are pectoral appendages that are basically the same in skeletal structure as the forelimbs of all higher vertebrates, including the human arm.
..... Click the link for more information. , which are used by most birds for flight. Birds compose the class Aves (see ChordataChordata
, phylum of animals having a notochord, or dorsal stiffening rod, as the chief internal skeletal support at some stage of their development. Most chordates are vertebrates (animals with backbones), but the phylum also includes some small marine invertebrate animals.
..... Click the link for more information. ). There are an estimated 9,000 living species.
Birds are believed to be extant members of a group of dinosaursdinosaur
[Gr., = terrible lizard], extinct land reptile of the Mesozoic era. The dinosaurs, which were egg-laying animals, ranged in length from 2 1-2 ft (91 cm) to about 127 ft (39 m).
..... Click the link for more information. called maniraptors (other maniraptors include Velociraptor and Oviraptor). They share with dinosaurs such characteristics as a foot with three primary toes and one accessory toe held high in back. Early birdlike animals include Archaeopteryx, the ichthyornithiforms, skillful flyers with toothed beaks, Archaeornithura, and the rooster-sized, flightless Patagopteryx. The fossil remains of the ArchaeopteryxArchaeopteryx
[Gr.,=primitive wing], a 150 million-year-old fossil animal first discovered in 1860 in the late Jurassic limestone of Solnhofen, Bavaria, and described the following year.
..... Click the link for more information. , which date to the Jurassic period, show reptilian tails, jaws with teeth, and clawed wings, but feathers (found also in some dinosaurs) were well developed. Pterosaurspterosaur
[Gr., = winged lizard], extinct flying reptile (commonly called pterodactyl [Gr., = wing finger]) of the order Pterosauria, common in the late Triassic and Cretaceous periods, from approximately 228 to 65 million years ago.
..... Click the link for more information. , another group of flying reptiles, did not share the common characteristics of birds and dinosaurs and are not considered birds. Whether the capacity for flight arose in tree-living dinosaurs that glided from branch to branch (the "trees-down" hypothesis) or in fast-running terrestrial dinosaurs (the "ground-up" hypothesis) continues to be debated. Indeed, the inclusion of birds in the dinosaur family tree, although accepted by most paleontologists, is debated by some. Archaeornithura, which dates to the Cretaceous period, is one of the earliest known ancestors of modern birds and resembles a modern wading bird.
Birds are of enormous value to humanity because of their destruction of insect pests and weed seeds. Many are useful as scavengers. The game birds hunted for food and sport include grousegrouse,
common name for a game bird of the colder parts of the Northern Hemisphere. There are about 18 species. Grouse are henlike terrestrial birds, protectively plumaged in shades of red, brown, and gray.
..... Click the link for more information. , pheasantpheasant,
common name for some members of a family (Phasianidae) of henlike birds related to the grouse and including the Old World partridge, the peacock, various domestic and jungle fowls, and the true pheasants (genus Phasianus).
..... Click the link for more information. , quailquail,
common name for a variety of small game birds related to the partridge, pheasant, and more distantly to the grouse. There are three subfamilies in the quail family: the New World quails; the Old World quails and partridges; and the true pheasants and seafowls.
..... Click the link for more information. , duckduck,
common name for wild and domestic waterfowl of the family Anatidae, which also includes geese and swans. It is hunted and bred for its meat, eggs, and feathers. Strictly speaking, duck refers to the female and drake to the male.
..... Click the link for more information. , and ploverplover
, common name for some members of the large family Charadriidae, shore birds, small to medium in size, found in ice-free lands all over the world. Plovers are plumpish wading birds with pigeonlike bills and strong markings of black or brown above with white below.
..... Click the link for more information. . The chief domestic birds are the chicken (see poultrypoultry,
domesticated fowl kept primarily for meat and eggs; including birds of the order Galliformes, e.g., the chicken, turkey, guinea fowl, pheasant, quail, and peacock; and natatorial (swimming) birds, e.g., the duck and goose.
..... Click the link for more information. ), duck, goosegoose,
common name for large wild and domesticated swimming birds related to the duck and the swan. Strictly speaking, the term goose is applied to the female and gander to the male.
..... Click the link for more information. , turkeyturkey,
common name for a large game and poultry bird related to the grouse and the pheasant. Its name derives from its "turk-turk" call. Turkeys are indigenous to the New World; American fossils date back 40 million years to the Oligocene.
..... Click the link for more information. , and guinea fowlguinea fowl
, common name for any of the seven species of gallinaceous birds of the family Numididae, native to Africa and Madagascar. The helmeted guinea fowl, Numida meleagris,
..... Click the link for more information. . Parrotsparrot,
common name for members of the order Psittaciformes, comprising nearly 400 species of colorful birds, pantropical in distribution, including the parakeets. Parrots have large heads and short necks, strong feet with two toes in front and two in back (facilitating climbing
..... Click the link for more information. and many members of the finchfinch,
common name for members of the Fringillidae, the largest family of birds (including over half the known species), found in most parts of the world except Australia.
..... Click the link for more information. family are kept as pets.
Characteristic Features and Behaviors
Like mammals, they have a four-chambered heart, and there is a complete separation of oxygenated and deoxygenated blood. The body temperature is from 2° to 14° higher than that of mammals. Birds have a relatively large brain, keen sight, and acute hearing, but little sense of smell. Birds are highly adapted for flightflight,
sustained, self-powered motion through the air, as accomplished by an animal, aircraft, or rocket. Animal Flight
Adaptation for flight is highly developed in birds and insects. The bat is the only mammal that accomplishes true flight.
..... Click the link for more information. . Their structure combines lightness and strength. Body weight is reduced by the presence of a horny bill instead of heavy jaws and teeth and by the air sacs in the hollow bones as well as in other parts of the body. Compactness and firmness are achieved by the fusion of bones in the pelvic region and in other parts of the skeleton. The heavier parts of the body—the gizzard, intestines, flight muscles, and thigh muscles—are all strategically located for maintaining balance in flight. Feathers, despite their lightness, are highly protective against cold and wet. The flight feathers, especially, have great strength. Feathers are renewed in the process of moltingmolting,
periodical shedding and renewal of the outer skin, exoskeleton, fur, or feathers of an animal. In most animals the process is triggered by secretions of the thyroid and pituitary glands.
..... Click the link for more information. . Some birds, such as the ostrich, the penguin, and the kiwi, lack the power of flight and have a flat sternum, or breastbone, without the prominent keel to which the well-developed flight muscles of other birds are attached. The bills of birds are well adapted to their food habits. Specialized bills are found in the crossbill, hummingbird, spoonbill, pelican, and woodpecker.
In the majority of species there are differences between male and female in plumage coloring. In these birds the male (except in the phalarope) is usually the more brilliant or the more distinctly marked and is the aggressor in courtship. Unusual courtship displays are performed by several species, particularly by the ruffed grouse, the bird of paradise, the crane, the pheasant, and the peacock. Birdsongbirdsong.
Song, call notes, and certain mechanical sounds constitute the language of birds. Song is produced in the syrinx, whose firm walls are derived from the rings of the trachea, and is modified by the larynx and tongue.
..... Click the link for more information. reaches its highest development during the breeding season, and singing ability is usually either restricted to or superior in the male. Most birds build a nestnest,
structure for the reception and incubation of the eggs of birds, reptiles, insects, and some fish or for the parturition of mammals, and also for the care of the young during their period of helplessness.
..... Click the link for more information. in which to lay their eggs. Some birds, such as the oriole, weave an intricate structure, while others lay their eggs directly on the ground or among a few seemingly carelessly assembled twigs. Eggs vary in size, number, color, and shape. In spring and fall many birds migrate. Not all of the factors motivating this behavior are fully understood. These trips often involve flights of hundreds and even thousands of miles over mountains and oceans (see also migration of animalsmigration of animals,
movements of animals in large numbers from one place to another. In modern usage the term is usually restricted to regular, periodic movements of populations away from and back to their place of origin.
..... Click the link for more information. ).
Among the periodicals devoted to the study of bird life are the Auk, the Condor, and the Wilson Bulletin. Books on birds include the many guides by R. T. PetersonPeterson, Roger Tory,
1908–96, American ornithologist, writer, and illustrator, b. Jamestown, N.Y. He became famous with his best-selling pocket-sized Field Guide to the Birds
..... Click the link for more information. ; the life histories of North American birds in F. Gill and A. Poole, ed., The Birds of North America (1992–2003); R. M. De Schauensee, A Guide to the Birds of South America (1970); A. Rutgers and K. A. Norris, ed., Encyclopaedia of Aviculture (3 vol., 1970–77); U.S. Bureau of Sports Fisheries and Wildlife, Birds in Our Lives (1970); J. Van Tyne and A. J. Berger, Fundamentals of Ornithology (1971); S. Cramp, ed., Handbook of the Birds of Europe, the Middle East, and North Africa (5 vol., 1977–88); M. Walters, Birds of the World (1980); L. H. Brown et al., The Birds of Africa (7 vol., 1982–2004); J. Farrand, Jr., Eastern Birds (1988) and Western Birds (1988); B. King et al., The Collins Field Guide to the Birds of South-East Asia (1988); S. Chatterjee, The Rise of Birds (1997); D. Attenborough, The Life of Birds (1998); P. Shipman, Taking Wing (1998); D. A. Sibley, The Sibley Guide to Birds (2000); T. Birkhead, The Wisdom of Birds: An Illustrated History of Ornithology (2009) and Bird Sense: What It's Like to Be a Bird (2012). A study of endangered birds and their habitats is Bird Watch (2011) by M. Walters.
[bərd]
Any of the warm-blooded vertebrates which make up the class Aves.
any warm-blooded egg-laying vertebrate of the class Aves, characterized by a body covering of feathers and forelimbs modified as wings. Birds vary in size between the ostrich and the humming bird
Carl Jung said that birds represent thoughts while birds in flight symbolize moving and changing thoughts. Birds are generally associated with freedom and abandon. In old dream interpretation books, birds are considered lucky omens (except for blackbirds, which are generally negative). Doves and eagles are generally spiritual symbols. Your dream depends on its details, but if the birds in your dream were flying free, it may be symbolic of spiritual, psychological, or physical freedom.
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Audubon Day
Avian Staphylococcosis
Bentsen-Rio Grande Valley State Park
Bird Migration
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Bird, Isabella
Bird, Malcolm J.
Birdbanding
Species Hill Korean hill Japanese cherry cherry bird cherry Apodemus speciosus 314 (92.6) 279 (86.1) 286 (84.4) Apodemus argenteus 14 (4.1) 19 (5.9) 26 (7.7) Apodemus spp.
Seed removal and survival in Asiatic black bear Ursus thibetanus faeces: effect of rodents as secondary seed dispersers
Apart from two copper beech and an underestimated Prunus padus - often known as bird cherry - most of the trees we have planted at Glebe Cottage are on the small, slow-growing side and many have much to commend them during the summer.
Time to root out the dead wood; One of the greatest garden pleasures is snipping a straggly shrub or tree into shape. And it will thank you for it too
The native tree and shrub species to be planted include hazel, hawthorn, holly, wild rose, guilder rose, blackthorn, ash, crabapple, oak, birch, alder, willow, bird cherry and whitebeam and have been supplied by a nursery in Corbridge.
Pupils will dig deep in bypass planting; 56,000 trees and shrubs as screening
"We'll be giving people a wide variety of native species to plant, including bird cherry, hornbeam, rowan, silver birch, alder and hazel trees, all of which are highly valuable to wildlife."
Plant a tree to spruce up city park
Bird Cherry; (prunus padus); almond scented blossom in spring for just pounds 4.99
FREE TREE FOR EVERY READER; Offer
The trees were a Bird Cherry, a White Beam and a Thorn Tree, which were all bought from school funds.
There are eight species of ermine moth and not much is known about them except they are partial to bird cherry trees, blackthorn and hawthorn bushes in particular.
ATTACK OF THE CATERPILLARS; David's shock at spread of garden bugs
The larvae feed on the leaves of the bird cherry (prunus padus) and can occur in large numbers, completely stripping the plant.
MYSTERY OF ' THE HORROR FILM' TREES; NATURE has brought some strange goings on to Coventry Environment reporter MARY GRIFFIN visits an eerie hub of creepy crawlies in Canley
It is happening incredibly quickly and I have watched flowers, insects and butterflies getting earlier and earlier, with Bird Cherry blooming in April instead of May, while this year I have never seen hawthorn bloom so early in the North Tyne." Brian has also made six trips to the Arctic and Antarctica.
Warmer world is good for the owls
My father was buried in section T of Canley Crematorium at the top of Bird Cherry Avenue a year and a half ago.
Letter: To The Point
So university pro vice-chancellor Baroness Estelle Morris planted the first of five new trees ( four silver birch and one bird cherry ( on the City Campus, Chester Road.
Green stuff pays bill
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redpajama_set_name: RedPajamaGithub


Jo-Anne's produced short plays include The Abyss, in the 2014 Maine Playwright's Festival. Gorgon, Boogie Beast, was produced as part of Crowbait Club's 2015 short play festival, King of Crows III.
Her comedy Crème Filling was a semifinalist in Little Black Dress INK's 2016 Female Playwrights ONSTAGE Project. Her play Happy Hour was produced as part of the Thalia Festival in NYC in October 2016.
Other plays awaiting their turn are Bette Davis Was Right, Like Magic, Perky Girls, Operator HM334 and Windblown among others.
She lives in the remote wilderness of Portland, Maine (USA) with one husband, one son nearby and three outrageously spoiled cats.


text:
«Морские нимфы» () — американская короткометражная кинокомедия Мака Сеннета 1914 года с Роско Арбаклом в главной роли.

Сюжет
Фэтти, его жена и мать плывут на пароме до острова Каталина для отдыха, так же как Мейбл с её отцом. Мейбл и Фэтти флиртуют друг с другом, и Толстяк бросает её отца за борт, думая, что он — другой поклонник.

В ролях
 Роско «Толстяк» Арбакл — Фэтти
 Мэйбл Норманд — Мейбл
 Мак Суэйн — Эмброуз
 Минта Дёрфи — жена Фэтти
 Элис Дэвенпорт — мать Фэтти
 Чарльз Эйвери — отец Мейбл
 Джимми Брайант — полицейский
 Уильям Хаубер — незначительная роль
 Гарри Маккой — полицейский

Фильмы Роско Арбакла
Немые фильмы США
Чёрно-белые фильмы США
Кинокомедии США
Фильмы США 1914 года

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A system and method can support a flooding mechanism using a multicast group in a middleware machine environment. The middleware machine environment can comprise a gateway instance that includes an external port for receiving one or more data packets from an external network. The middleware machine environment also comprises one or more host servers, each of which is associated with one or more virtual machines that can process the data packets. Furthermore, said host servers can provide virtual interfaces that belong to a virtual hub associated with the gateway instance. At least one said packet is a flooded packet that is specified with an unknown destination address when it is received at the external port. The gateway instance operates to send the flooded packet to the multicast group that operates to forward the flooded packet to one or more said host servers in the multicast group.
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This application claims priority to U.S. Provisional Patent Application No. 61/506,557, entitled "SYSTEM AND METHOD FOR USING UNICAST AND MULTICAST FLOODING MECHANISMS TO PROVIDE EoIB GATEWAY vNICs" filed Jul. 11, 2011, which application is herein incorporated by reference.
1. A system for supporting a flooding mechanism in a middleware machine environment operable on one or more microprocessors, comprising: a gateway instance, wherein the gateway instance is associated with an external port that is adapted to receive one or more data packets from an external network; a plurality of virtual interfaces on one or more host servers, wherein each said host server is associated with one or more virtual machines that operate to process the one or more data packets; wherein at least one packet is specified with an unknown destination address when it is received at the external port of the gateway instance, wherein the gateway instance operates to send said at least one packet to a multicast group, and wherein the multicast group operates to forward the at least one packet to one or more said host servers in the multicast group; wherein at least one virtual interface is a parent virtual interface that is associated with one or more child virtual interfaces; and wherein policy information associated with the parent virtual interface on the gateway instance limits addresses and/or identifications with which the one or more child virtual interfaces can be associated.
2. The system according to claim 1, further comprising: a hardware context table that contains a plurality of contexts that can be associated with one or more said virtual interfaces.
3. The system according to claim 2, wherein: the gateway instance operates to determine whether an incoming packet received at the external port specifies a virtual interface that is associated with a context in the hardware context table.
4. The system according to claim 3, wherein: the incoming packet received at the external port is considered to have an unknown destination address when the incoming packet is destined for a virtual interface that is not associated with any context in the hardware context table.
5. The system according to claim 1, wherein: the multicast group includes all hosts and/or hypervisors that share the gateway instance, and the at least one packet is replicated to all cooperating host servers.
6. The system according to claim 1, wherein: the gateway instance allows one or more associated hosts and/or hypervisors to register with the multicast group.
7. The system according to claim 1, wherein: at least one said virtual machine on a host server is associated with multiple virtual interfaces, and wherein the multicast group operates to forward multiple copies of the at least one packet to the at least one said virtual machine.
8. The system according to claim 7, wherein: the at least one said virtual machine operates to receive only one copy of the at least one packet.
9. The system according to claim 1, wherein: the parent virtual interface is associated with a context in a hardware context table, and at least one child virtual interfaces is not associated with any context in the hardware context table.
10. A method for supporting a flooding mechanism in a middleware machine environment operable on one or more microprocessors, comprising: receiving at least one packet via an external port at a gateway instance from an external network, wherein the at least one packet is specified with an unknown destination address; sending, via the gateway instance, the at least one packet to a multicast group; and forwarding, via the multicast group, the at least one packet to one or more host servers in the multicast group; wherein said one or more host servers include a plurality of virtual interfaces; wherein at least one virtual interface is configured as a parent virtual interface that is associated with one or more child virtual interfaces; wherein each said host server is associated with one or more virtual machines that operate to process the at least one data packet; and wherein policy information associated with the parent virtual interface on the gateway instance limits addresses and/or identifications with which the one or more child virtual interfaces can be associated.
11. The method according to claim 10, further comprising: providing a hardware context table that contains a plurality of contexts that can be associated with one or more said virtual interfaces.
12. The method according to claim 11, further comprising: determining, via the gateway instance, whether an incoming packet received at the external port specifies a virtual interface that is associated with a context in the hardware context table.
13. The method according to claim 12, further comprising: receiving the incoming packet at the external port that is considered to have an unknown destination address when the incoming packet is destined for a virtual interface that is not associated with any context in the hardware context table.
14. The method according to claim 10, further comprising: allowing the multicast group to include all hosts and/or hypervisors that share the gateway instance, and the at least one packet is replicated to all cooperating host servers.
15. The method according to claim 10, further comprising: allowing, via the gateway instance, one or more associated hosts and/or hypervisors to register with the multicast group.
16. The method according to claim 10, further comprising: associating at least one said virtual machine on a host server with multiple virtual interfaces, and wherein the multicast group operates to forward multiple copies of the at least one packet to the at least one said virtual machine.
17. The method according to claim 16, further comprising: allowing the at least one said virtual machine to filter out additional copies of the at least one packet.
18. The method according to claim 10, wherein: the parent virtual interface is associated with a context in a hardware context table, and at least one child virtual interfaces is not associated with any context in the hardware context table.
19. A non-transitory machine readable storage medium having instructions stored thereon for supporting flooding mechanism in a middleware machine environment that when executed cause a system to perform the steps comprising: receiving at least one packet via an external port at a gateway instance from an external network, wherein the at least one packet is specified with an unknown destination address; sending, via the gateway instance, the at least one packet to a multicast group; and forwarding, via the multicast group, the at least one packet to one or more host servers in the multicast group; wherein said one or more host servers include a plurality of virtual interfaces; wherein at least one virtual interface is configured as a parent virtual interface that is associated with one or more child virtual interfaces; and wherein each said host server is associated with one or more virtual machines that operate to process the at least one data packet; and wherein policy information associated with the parent virtual interface on the gateway instance limits addresses and/or identifications with which the one or more child virtual interfaces can be associated.
U.S. patent application Ser. No. 13/546,405, entitled "SYSTEM AND METHOD FOR SUPPORTING VIRTUAL MACHINE MIGRATION IN A MIDDLEWARE MACHINE ENVIRONMENT", filed Jul. 11, 2012.
The present invention is generally related to computer systems and software such as middleware, and is particularly related to supporting a middleware machine environment.
Described herein are systems and methods for using a multicast group to support a flooding mechanism in a middleware machine environment. The middleware machine environment can comprise a gateway instance that includes an external port for receiving one or more data packets from an external network. The middleware machine environment also comprises one or more host servers, each of which is associated with one or more virtual machines that can process the data packets. Furthermore, said host servers can provide virtual interfaces that belong to a virtual hub associated with the gateway instance. At least one said packet is a flooded packet that is specified with an unknown destination address when it is received at the external port. The gateway instance operates to send the flooded packet to the multicast group that operates to forward the flooded packet to one or more said host servers in the multicast group.
FIG. 1 shows an illustration of a middleware machine environment, in accordance with an embodiment of the invention.
FIG. 2 shows an illustration of a virtual hub (vHUB) that includes various vNICs in a middleware machine environment, in accordance with an embodiment of the invention.
FIG. 3 shows an illustration of a middleware machine environment that uses a multicast group to support a flooding mechanism, in accordance with an embodiment of the invention.
FIG. 4 illustrates an exemplary flow chart for using a multicast group to support a flooding mechanism in a middleware machine environment, in accordance with an embodiment of the invention.
FIG. 5 shows an illustration of allocating different types of vNICs in a middleware machine environment, in accordance with an embodiment of the invention.
Described herein is a system and method for providing a middleware machine or similar platform. In accordance with an embodiment of the invention, the system comprises a combination of high performance hardware, e.g. 64-bit processor technology, high performance large memory, and redundant InfiniBand and Ethernet networking, together with an application server or middleware environment, such as WebLogic Suite, to provide a complete Java EE application server complex which includes a massively parallel in-memory grid, that can be provisioned quickly, and can scale on demand. In accordance with an embodiment, the system can be deployed as a full, half, or quarter rack, or other configuration, that provides an application server grid, storage area network, and InfiniBand (IB) network. The middleware machine software can provide application server, middleware and other functionality such as, for example, WebLogic Server, JRockit or Hotspot JVM, Oracle Linux or Solaris, and Oracle VM. In accordance with an embodiment, the system can include a plurality of compute nodes, IB switch gateway, and storage nodes or units, communicating with one another via an IB network. When implemented as a rack configuration, unused portions of the rack can be left empty or occupied by fillers.
In accordance with an embodiment of the invention, referred to herein as "Sun Oracle Exalogic" or "Exalogic", the system is an easy-to-deploy solution for hosting middleware or application server software, such as the Oracle Middleware SW suite, or Weblogic. As described herein, in accordance with an embodiment the system is a "grid in a box" that comprises one or more servers, storage units, an IB fabric for storage networking, and all the other components required to host a middleware application. Significant performance can be delivered for all types of middleware applications by leveraging a massively parallel grid architecture using, e.g. Real Application Clusters and Exalogic Open storage. The system delivers improved performance with linear I/O scalability, is simple to use and manage, and delivers mission-critical availability and reliability.
FIG. 1 shows an illustration of a middleware machine environment, in accordance with an embodiment of the invention. As shown in FIG. 1, a middleware machine environment 100 can include an IB fabric 101 that connects to an external network 110 using one or more gateway instances 102-103. The IB fabric also includes a plurality of host servers 104-107 (each of which can be hardware itself or software running on top of a physical host server), which contains a plurality of virtual machines (VMs) 131-140. Each gateway instance A-B 102-103 can be associated with an external port 108-109 that can receive data packets from the external network 110. As shown in FIG. 1, external port A 108 is associated with gateway instance A 102, and external port B 109 is associated with gateway instance B 103.
Additionally, the host servers provides a plurality of virtual interfaces, such as virtual network interface cards (vNICs) 121-128, for receiving data packets from the external network via the gateway instances A-B 102-103. The gateway instances 102-103 can define and maintain one or more virtual hubs (vHUBs) 111-113, each of which defines a logical layer 2 (L2) link on the IB fabric side that contains vNICs associated with the same gateway instance. Furthermore, the vNICs and the hosts that belong to the same vHUB can communicate with each other without involving the associated gateway instance.
As shown in FIG. 1, vHUB A 111 on gateway A is associated with vNIC a 121 and vNIC c 123 on host server A, and vNIC e 125 on host server B. Also, vHUB B 112 on gateway A is associated with vNIC b 122 on host server A and vNIC f 126 on host server C; and vHUB C 113 on gateway B is associate with vNIC d 124 on host server B, and vNIC g 127 and vNIC h 128 on host server D.
FIG. 2 shows an illustration of a virtual hub (vHUB) that includes various vNICs, in accordance with an embodiment of the invention. As shown in FIG. 2, a middleware machine environment 200 includes a gateway instance 201 and several host servers 204-205 or hypervisors. The gateway instance 201, which comprises an external port 220, can maintain a virtual hub (vHUB), vHUB A 211. The vHUB A 211 can be assigned with a unique virtual LAN ID (VLAN ID) 210. Additionally, the vHUB A 211 can include various vNICs 221, 223-225, each of which is assigned with a Media Access Control (MAC) address 211-214. Each logical vNIC 221, 223-225 can be represented by a MAC/VLAN ID combination associated with a specific Host Channel Adaptor (HCA) port.
A vNIC in the IB fabric can be uniquely identified using a virtual Ethernet interface (VIF), which includes a combination of a VLAN ID and a MAC address. Also, when the VIFs are used concurrently in the same vHub in a gateway instance, different MAC addresses are used for the different VI Fs. Additionally, the system can perform an address translation from an Ethernet layer 2 MAC address to an IB layer 2 address that uses local identifier (LID)/global identifier (GID) and queue pair number (QPN).
Furthermore, the gateway instance 201 can include a hardware vNIC context table 232, which contains various entries or hardware vNIC contexts. The hardware vNIC context table 232 can be stored in a memory of the gateway instance 201. When a host driver is sending packets to the external Ethernet via the IB fabric and the gateway 201, this hardware vNIC context table 232 can be used to verify that the correct source address information is used by the correct host. The hardware context table 232 can also be used to look up the correct host HCA port address on the IB fabric and QPN within that HCA, when packets are received by the gateway from the external Ethernet. Additionally, the hardware vNIC contexts can be used to directly steer packets for a specific logical vNIC to a dedicated receive queue in the designated host context/memory.
The gateway instance 201, which can be hardware itself or a software running on top of a hardware switch, allows the use of network managed vNIC allocation. The management interface 203 on the gateway instance 201, e.g. a NM2-GW service processor, can be used to allocate hardware vNIC contexts on behalf of specific host (HCA) ports.
A single vNIC in the IB fabric may or may not be allocated with a hardware vNIC context recorded in the hardware vNIC context table 232. In the example as shown in FIG. 2, vNIC a 221, vNIC b 222, and vNIC c 223 on host server A 204, and vNIC d 224 on host server B 205, can be provided with a hardware vNIC context (i.e. the gateway instance 201 can obtain the correct host HCA port address on the IB fabric and QPN within that HCA for an incoming data packet). Additionally, vNIC e 225 on host server B 205 is not allocated with hardware vNIC context 232 and can only be used in a bridged Ethernet context. In one example, if the complete gateway hardware vNIC contexts in the hardware vNIC context table 232 are consumed by the network managed vNICs, e.g. vNICs a-d 221-224, then all bridge based vNICs, e.g. vNIC e 225, can be flooding based (i.e. not having any dedicated HW vNIC context).
A flooding mechanism can be used to scale the number of logical vNICs beyond the size of the gateway HW vNIC context table. Using the flood-based vNICs, the system allows the same amount of receive queues on the host(s) to receive packets for a large number of logical vNICs. Furthermore, using a flooding mechanism, the system allows schemes where hardware vNIC contexts can be established in the hardware context table 232 after initial packet traffic from the external Ethernet has been received.
In accordance with one embodiment of the present invention, when a data packet with an unknown destination is posted on a network switch in a middleware machine environment, a multicast group can be used to support a flooding mechanism in order to assure that the data packet can be properly handled.
FIG. 3 shows an illustration of using a multicast group to support a flooding mechanism in a middleware machine environment, in accordance with an embodiment of the invention. As shown in FIG. 3, a middleware machine environment 300 can comprise a gateway instance 301 that connects to an external network 310.
The gateway instance 301 can include an external port 307 that is adapted to receive one or more incoming data packets 311 from the external network 310. Additionally, the middleware machine environment 300 also comprises one or more host servers A-C 304-306, each of which can be associated with one or more virtual machines (VMs) 341-346 that operate to process the data packets received from the external network. The host servers A-C 304-306 can provide a plurality of virtual interfaces a-g 321-327, among which the virtual interfaces a 321 and c-f 323-326 belong to a virtual hub, e.g. vHUB A 303 in the gateway instance 301. Each of the virtual interfaces a 321 and c-f 323-326 in the virtual hub A 303 can be associated with different a MAC address, e.g. MAC a 351 and c-f 353-356 respectively.
The gateway instance 301 can determine whether an incoming packet received at the external port specifies a virtual interface that is associated with a context in the hardware context table 302. If the virtual interface specified in the incoming packet is not associated with any hardware context in the hardware context table 302, then the gateway instance 301 can consider that the incoming packet received at the external port 307 has an unknown destination address, in which case the gateway instance 301 can treat this data packet as a flooded packet 312 and relying on a flooding mechanism to properly handled the flooded packet 312.
In accordance with an embodiment of the invention, a dedicated multicast (MC) group 317 in a single IB partition 320 can be used to assure that the data packet 312 can be properly handled. The MC group 317 allows various hosts A-C 304-306 and/or hypervisors that are associated with a virtual hub, e.g. vHUB A 303, to register with the MC group 317 and become a member of the MC group 317. Then, when a flooded packet 312 is received at the gateway instance 301, the gateway instance 301 can send a copy of the flooded packet 312 to each member of the MC group 317, which in turn can distribute the flooded packet 312 to various virtual machines that are running on top of it. Thus, the MC group 317 can include one or more hosts 304-306 and/or hypervisors on the different physical servers. For example, the MC group 317 may include all hosts and/or hypervisors that share the gateway instance 301, and the flooded packet 312 is replicated to all cooperating physical host servers 304-306.
Additionally, a virtual machine on a host server can be associated with multiple different virtual interfaces. In the example as shown in FIG. 3, VM D 344 is associated with vNIC e 325 and vNIC d 324. Here, vNIC e 325 is a flood based virtual interface, and vNIC e 324 is a hardware vNIC context based virtual interface. Using the flooding mechanism based on a MC group 317, the flooded packet 312 may be delivered twice to the same physical host, host server B 305, since one copy is received on each specific interface, vNIC e 324 and vNIC e 325. In such a case, the VM D 344 can filter out additional copies of the flooded packet 312 and ensure that only one copy of the flooded packet 312 is received and process the flooded packet 312 accordingly, in a way that is similar to how a system deals with multiple physical NICs connected to the same logical Ethernet subnet.
FIG. 4 illustrates an exemplary flow chart for using a multicast group to support a flooding mechanism in a middleware machine environment, in accordance with an embodiment of the invention. As shown in FIG. 4, at step 401, an external port at a gateway instance can receive at least one packet from an external network, wherein the at least one packet is specified with an unknown destination address. Then, at step 402, the gateway instance can send the at least one packet to a multicast group. Additionally, at step 403, the multicast group can forward the at least one packet to one or more said host servers in the multicast group.
FIG. 5 shows an illustration of allocating different types of vNICs in a middleware machine environment, in accordance with an embodiment of the invention. As shown in FIG. 5, a middleware machine environment 500 includes a gateway instance 501 and various host servers and/or hypervisors, e.g. a host server B 505 with VMs A-D 541-544. The gateway instance 501, which comprises an external port 520, can maintain a virtual hub, vHUB A 504. The vHUB A 504 can be assigned with a unique virtual LAN ID (VLAN ID) 510. Additionally, the vHUB A 504 can include various vNICs, e.g. vNIC a-d 521-524, each of which is assigned with a MAC address, e.g. a-d 511-514.
In order to optimize performance and reduce flooding overhead for dealing with shared queues, a parent vNIC, e.g. vNIC a 521, can be allocated via a gateway management interface 503. Additionally, multiple child vNICs, e.g. vNICs b-d 522-524, can be created by a designated host driver, e.g. a bridged Ethernet driver 506 on the host server 505, via the in-band control protocol 508 between the host driver 506 and the gateway control logic 507.
The parent vNIC a 521, which is based on hardware context in the hardware vNIC context table 502, can be allocated by using attributes/metadata specified via the gateway management interface 503. The information for creating the parent vNIC a 521 can be stored as metadata within the gateway control logic 507. Additionally, the metadata for the parent vNIC a 521 can define different policies that impose restrictions on VLAN and MAC address ranges, which can be used by the child vNICs b-d 522-524.
The bridged Ethernet driver 506 can allocate the child vNICs, e.g. vNIC d 524, with dedicated hardware vNIC context in the hardware vNIC context table 502 for specific VIFs (MAC/VLAN), e.g. MAC d 514. Such decisions can be made based on explicitly controlled caching policies, e.g. a per VM SLA policy. Furthermore, when a flooding mechanism is used, the hardware context for a single parent vNIC a 521 can be used by the child vNICs b-c 522-523 to send packets without source address verification. All sharing physical hosts/hypervisors can trust each other, and the external Ethernet network can have the required VLAN.
Furthermore, the gateway instance 501 can handle the connectivity of different types vNICs, e.g. harware contect based vNICs a 521 and d 524 and flooding based vNICs b-c 522-523, in a way similar to handling conventional physical NICs. In one example, the gateway instance 501 can handle an extreme use case that includes a combination of a large number of para-virtualized and/or time shared VMs per physical server and also a large number of VLANs per VM. Furthermore, the granularity of multi-tenant provisioning of the system can be set up so that only a single tenant can use a single flood address hardware resource in the gateway instance.
In accordance with an embodiment of the invention, at least one virtual interface, e.g. vNIC a 521 on a gateway instance 501, is a parent virtual interface that is associated with one or more child virtual interfaces, e.g. vNICs b-d 522-524. The parent vNIC a 521 can be configured with different policy information that limits the set of MAC address and VLAN IDs that the related child vNICs b-d 522-524 can be associated with. Additionally, the parent vNIC a 521 can be provided with a context in a hardware context table 502, and at least one child virtual interfaces, e.g. vNICs b-c 522-523, may not be associated with any context in the hardware context table.
means for forwarding, via the multicast group, the at least one packet to one or more said host servers in the multicast group.
Said system further comprises means for providing a hardware context table that contains a plurality of contexts that can be associated with one or more said virtual interfaces.
Said system further comprises means for determining, via the gateway instance, whether an incoming packet received at the external port specifies a virtual interface that is associated with a context in the hardware context table.
Said system further comprises means for receiving an incoming packet at the external port that is considered to have an unknown destination address when the incoming packet is destined for a virtual interface that is not associated with any context in the hardware context table.
Said system further comprises means for allowing the multicast group to include all hosts and/or hypervisors that share the gateway instance, and the at least one packet is replicated to all cooperating host servers.
Said system further comprises means for allowing, via the gateway instance, one or more associated hosts and/or hypervisors to register with the multicast group.
Said system further comprises means for associating at least one said virtual machine on a host server with multiple virtual interfaces, and wherein the multicast group operates to forward multiple copies of the at least one packet to the at least one said virtual machine.
Said system further comprises means for allowing the at least one said virtual machine to filter out additional copies of the at least one packet.
Said system further comprises means for allowing at least one virtual interface to be a parent virtual interface that is associated with one or more child virtual interfaces, wherein the parent virtual interface is associated with a context in a hardware context table, and each of the one or more child virtual interfaces is not associated with any context in the hardware context table.


text:
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text:
Jan Tomuś (15. května 1822 – ???) byl rakouský politik ukrajinského (rusínského) původu z Haliče, v 2. polovině 19. století poslanec Říšské rady.

Biografie
Působil jako hospodář v Chłopech (dnes nazýváno Peremožne na Ukrajině) poblíž Komarna. Vystudoval čtyři třídy gymnázia a sloužil v rakouské armádě u pěchotního regimentu. Po návratu do domovského regionu se věnoval správě svého statku. Etnickým původem byl Ukrajinec (Rusín).

1. února 1867 byl zvolen na Haličský zemský sněm za kurii venkovských obcí, obvod Komarno, Rudky. Zemský sněm ho 2. března 1867 zvolil i do Říšské rady. Dopisem z 31. března 1870 rezignoval na mandát v Říšské radě v rámci hromadných rezignací federalistických poslanců. V květnu 1869 ještě v rámci uskupení polských poslanců z Haliče hromadné složení mandátů odmítal.

Odkazy

Reference

Poslanci haličského zemského sněmu
Poslanci rakouské Říšské rady
Narození v roce 1822
Narození 15. května
Osoby s nejistým datem úmrtí
Muži


Business & Human Rights Resource Centre is an international NGO that tracks the human rights impacts (positive & negative) of over 7000 companies in over 180 countries making information available on its eight language website. We seek responses from companies when concerns are raised by civil society. The response rate is over 75% globally. Our regional researchers are based in Australia, Brazil, China, Colombia, Egypt, Hong Kong, India, Kenya, Japan, Jordan, Mexico, Myanmar, Philippines, Senegal, South Africa, UK, Ukraine and USA. They draw global attention to the human rights impacts (positive and negative) of companies in their region, seek responses from companies when civil society raises concerns, and establish close contacts with grassroots NGOs, local businesspeople, and others. We have offices in London and New York. The Centre is a non-profit organization and does not accept funding from companies.
To assist the Finance Team in the smooth operation of the organization's accounting function for all group entities.


text:
The Orville - S02
Episode 1Episode 2Episode 3Episode 4Episode 5Episode 6Episode 7Episode 8Episode 9Episode 10Episode 11Episode 12Episode 13
The Orville is a TV series starring Seth MacFarlane, Adrianne Palicki, and Penny Johnson Jerald. An exploratory ship from Earth faces intergalactic challenges 400 years in the future.
Genres: Drama, Comedy, Adventure, Sci-Fi
Actors: Seth MacFarlane, Adrianne Palicki, Penny Johnson Jerald, Scott Grimes
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Agents of S.H.I.E.L.D. - S01
After the Battle of New York, the world has changed. It now knows not only about the Avengers, but also the powerful menaces that require ...
Genres: Action, Drama, Thriller, Sci-Fi
Actors: Clark Gregg, Ming-Na Wen, Chloe Bennet, Iain De Caestecker, Elizabeth Henstridge, Brett Dalton, Henry Simmons, Nick Blood, Adrianne Palicki, Luke Mitchell
The Flash - S02
Barry Allen is a Central City police forensic scientist with a reasonably happy life, despite the childhood trauma of a mysterious red and yellow lightning ...
Genres: Action, Drama, Adventure, Sci-Fi, Fantasy
Actors: Candice Patton, Grant Gustin, Danielle Panabaker, Carlos Valdes, Tom Cavanagh, Jesse L. Martin, Keiynan Lonsdale
Power - S01
"Power" tells the story of James "Ghost" St. Patrick, a wealthy New York City nightclub owner who caters to the city's elite. He wants to ...
Actors: Omari Hardwick, Lela Loren, Naturi Naughton, Joseph Sikora, Shane Johnson, Andy Bean, Luis Antonio Ramos, Lucy Walters, J.R. Ramirez, 50 Cent, Rotimi, David Fumero, Adam Huss
Quarry - S01
Quarry, a disillusioned Vietnam War vet, returns home to Memphis in 1972 only to find rejection and scrutiny at every step. A mysterious man known ...
Actors: Logan Marshall-Green, Jodi Balfour, Damon Herriman, Nikki Amuka-Bird, Peter Mullan, Edoardo Ballerini, Chloe Elise, Josh Randall, Joshua J. Williams, Mustafa Shakir, Happy Anderson, Kaley Ronayne, Matt Nable, Nicolas Bosc, Tom Bui, Herbert Cavalier Jr., Kurt Yaeger, Ólafur Darri Ólafsson, Ann Dowd, Lyle Brocato, Mike Fierro, Tyson Sullivan, Cariella Smith, Aoibhinn McGinnity, Tom Noonan, Jared Bankens, Tony Beard, Thomas Blake Jr., Guy Fernandez, Larry D. Heard, Jeffrey Johnese, Jamie Hector, Skipp Sudduth, Natalie Canerday, Phillip Daniel, David Woodman, Athena Coleman, Christopher James Baker, Daniel Brunnemer Hall, Paige Patterson, Nate Lycan, Jonathan Tabler, Isaiah Sam, Hawn Tran, Rusty Bourg, Heighlen Boyd, Jeff Caperton, Michelle L. Clarke, Timothy Cornelius, Matthew James, William Schaff, John Teal Jr.
MacGyver - S01
A reimagining of the classic series, is an action-adventure drama about 20-something Angus "Mac" MacGyver, who creates the Department of External Services (DXS), a clandestine ...
Genres: Action, Drama, Adventure
Actors: Lucas Till, George Eads, Sandrine Holt, Tristin Mays, Justin Hires, Aina Dumlao, Travis Misarti
Scorpion - S01
Based on the real life of Walter O'Brien, a genius with an IQ of 197. Walter is asked by Homeland Security to put together a ...
Actors: Elyes Gabel, Katharine McPhee, Eddie Kaye Thomas, Jadyn Wong, Ari Stidham, Robert Patrick, Riley B. Smith
Quantico - S02
A look at the lives of young FBI recruits training at the Quantico base in Virginia when one of them is suspected of being a ...
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Trailer: The Orville - S02
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text:
Peter Morville President, Semantic Studios
Peter Morville is a pioneer of the fields of information architecture and user experience. His best-selling books include Information Architecture for the World Wide Web, Ambient Findability, Search Patterns and Intertwingled. He advises such clients as AT&T, Cisco, Harvard, IBM, Macy's, the Library of Congress, and the National Cancer Institute. His work has been covered by Business Week, The Economist, NPR, and The Wall Street Journal. Peter lives in Ann Arbor, Michigan with his wife, two daughters, and a dog named Knowsy.
Peter is speaking as part of our Craft amid Complexity theme.
Talk:
Craft amid Complexity
@morville


text:
Cpp_Client client;

void UpdateObjects()
{
	int acellX = client.wrapper.GetMPU6050(0)->GetAccel_X();
	int acellY = client.wrapper.GetMPU6050(0)->GetAccel_Y();
	int acellZ = client.wrapper.GetMPU6050(0)->GetAccel_Z();

	int gyroX = client.wrapper.GetMPU6050(0)->GetGyro_X();
	int gyroY = client.wrapper.GetMPU6050(0)->GetGyro_Y();
	int gyroZ = client.wrapper.GetMPU6050(0)->GetGyro_Z();

	double angleX = client.wrapper.GetMPU6050(0)->GetAngle_X();
	double angleY = client.wrapper.GetMPU6050(0)->GetAngle_Y();
	double angleZ = client.wrapper.GetMPU6050(0)->GetAngle_Z();

	int potentiometer = client.wrapper.GetPotentiometer(0)->GetValue();

	bool buttonState = client.wrapper.GetButton(0)->GetState();

	int r = client.wrapper.GetRGBLed(0)->Get_R_Value();
	int g = client.wrapper.GetRGBLed(0)->Get_G_Value();
	int b = client.wrapper.GetRGBLed(0)->Get_B_Value();

	int motorVal = client.wrapper.GetServo(0)->GetValue();

	cout << "BUTTON: " << buttonState << endl;
	cout << "POTENTIOMETER: " << potentiometer << endl;
	cout << "MOTOR: " << motorVal << endl;
	//cout << "ACELEROMETER: (" << acellX << ", " << acellY << ", " << acellZ << ")" << endl;
	//cout << "GYRO: (" << gyroX << ", " << gyroY << ", " << gyroZ << ")" << endl;
	//cout << "ANGLE: (" << angleX << ", " << angleY << ", " << angleZ << ")" << endl;
	//cout << "RGB LED: (" << r << ", " << g << ", " << b << ")" << endl;

	//this_thread::sleep_for(chrono::milliseconds(20));
	//system("cls");

	float intensity = potentiometer / 1000.0;

	if (buttonState)
	{
		client.wrapper.GetRGBLed(0)->SetRGB_Value((int)(intensity * 1023), (int)(intensity * 0), (int)(intensity * 1023));
		client.wrapper.GetRGBLed(0)->SetMode(LedMode::STATIC);

		string s = client.wrapper.GetRGBLed(0)->UpdatedJson();

		if (s != "")
		{
			client.connection.SendMessage(s);
		}
	}
	else
	{
		client.wrapper.GetRGBLed(0)->SetRGB_Value((int)(intensity * 0), (int)(intensity * 1023), (int)(intensity * 1023));
		client.wrapper.GetRGBLed(0)->SetMode(LedMode::STATIC);

		string s = client.wrapper.GetRGBLed(0)->UpdatedJson();

		if (s != "")
		{
			client.connection.SendMessage(s);
		}
	}

	//TODO: need a timer here!
	this_thread::sleep_for(chrono::milliseconds(20));
}

int main()
{
	client = Cpp_Client("192.168.15.9", 81);

	client.Init();

	while (client.connection.IsConnected())
	{
		client.Update();
		UpdateObjects();
	}

	return 0;
}


Class Timings from 9:00 AM to 4 PM, We have to do projects, the Teaching method is average.
the college fee is INR 100000 per annum, Scholarships will be according to cgpa, Loan facility at college will be difficult.
There is no entrance exam for new students. Courses will be hard. But sure u will get placements.
College have NCC, NSS, red cross, pyros, and etc.. Fest on culture and Sports College, in general, is good and better.
You should have at least 65% in +2 to get into this college. We have to attend and clear entrance examination to get into the college. As per the percentage, you'll get a scholarship or your tuition fees will get less.
NCC, NSS, other activities, Sports day, Annual day,etc will be held. It was going nice, but boring.
4 hostels for boys and 4 hostels for girls are available. Fee is INR 1 lakh per year.
First we have to write exam after class started. Assignment will be given. Experience is good.
Course fee is INR 1 lakh per annum. The person with CGPA above 9 will have to pay INR 50,000 per annum.
No comment on Alumni network. Everyone got the job offer.
First, have to pass intermediate and qualify in JEE MAIN. No entrance exam and No cutoffs.
There are so many students' societies, clubs, and associations available on the campus. My life in college is good.
The hostel fee is INR 55000 and the extra fee will be charged for AC. The quality of classrooms and libraries is excellent.
The quality and method of teaching are good here.
My course fee is INR 100000. Yes, various scholarship options are available to the students.
No, I have not done any internships till now.
Kalasalingam University has Nature Club, YRC, NSS, NCC etc.
Cultural fests, workshops, sports, management events, etc are conducted regularly.
Kalasalingam University has 7 hostels.
The Hostel fee per month is 6020 INR.
PG options are available outside the college.
The Class timing at Kalasalingam University is 9 am to 4 pm.
The teaching is good and understandable.
The course fee at Kalasalingam University is 10000 INR.
Wipro, Amazon, Tech Mahindra,etc.are some key companies hiring from Kalasalingam University.
To get into Kalasalingam University one needs a good percentage in HSC in all the PCM subjects.
KEEE is an entrance exam to get admission in our university.
The cut-off is 75% for getting into Kalasalingam University.
There are 3 hostels for men and 3 hostels for women and there is a separate hostel for PG food in college was good quality lab not bad library good.
Class timings are from 9am to 4 pm exam probability 50% daily assignments.
Average teaching facilities overall not bad but it needs to improve.
No, I haven't taken any entrance test.
Quality is very good & overall experience is better.
Oh ..yeahh it varies as per the trends ,i mean what your seniors left for u ....not a culture or a tradition as a continuous and enthusiatically taken up activity .Less no. of clubs ..( my time nature club was the one ) and socail life is alive only through personal iteractioons and ins sports field .During my time ,the management discouraged boys- girls interactions ,not like we do in north india .That was a big negative and strict ,some nonsense rules spoiled everything .But now things have changed for good .I guess the mangement are learning it the hard way ,bearing with the less no . of admissions of north indian students for the two consecutive years .
During my times ,some good companies visited the campus ( TCS,HCl ,etc) mostly software companies .Other small ,low paying jobs were being offered .As per my knowledge ,no student ever bagged a package more than 4-5 lacs per annum .Talking abourt internships ,this is seen there just a filller activity ,no value addition at all .This is not encouraged and not seen as an achievement even you happen to be an intern in any good comapny .
During my stint ( 2010-14) for the first two years ,there were scholarships but later scrapped .Yet this parameter is not so developed and not well taken care of even being in an financially lagging rural area.Though some students have managed to get patents based financing and funding .
Going by this parameter ,the university stands out n is well placed with tie-ups and MOU's signed with some leading universities of asia as well as europe and US ( Ball state univ., One leading south korean university ) .The student exchange programmess in and out ,is appreciable .But It lacks in the approach of not doing this regularly and in good numbers .Only those who can afford financially ,can push through ,not based on talent apppraisal and encouragement .


text:
Animation VO Demo
Liz Taylor
"Nobody Is More Important Or Less Important Than Anybody Else… We're All In This Life Together."
Liz began acting in 2014, as her self professed "Part of Her Mid-Life Crisis."
In her first five years as an actor, Liz has been booked over 200 times (for Films, TV Shows, Commercials, Corporate Videos, etc.) and completed work in over 50 films, many with Lead Roles. She has also won awards in film festivals worldwide. She Speaks English, Polish, Italian, some French, rides a motorcycle, can sing, and is VERY versatile. Whether it's Comedy, Drama, or Horror, Liz brings it to the screen. Her work has been screened at TIFF four years in a row as well as in many other International Film Festivals. Liz has won several "Best Lead Actress" and also "Best Supporting Actress" Awards in Festivals around the world. Liz brings great energy to any project!
Liz incorporated a Film Company called "Wild-Maple Films" and is helping Indie Film-makers around the world to get distribution world-wide to platforms such as Amazon, Hulu, Roku, Playstation, TV, Google Play, and other digital platforms.
She has also directed an award winning short film, "Marital Aids", which secured worldwide Distribution, leading her to help other filmmakers secure distribution. Liz has now produced many projects, in collaboration with indie filmmakers, and Won "Best Producer" at the Hollywood Boulevard Film Festival.
Liz has been called "A Force of Nature" in the ShowBiz World, and is known for her professionalism, her incredible energy, her respect for everyone on set, her Leadership and her ability to "Pull a Great Team Together" and make magic happen on screen.
Liz is a FULL ACTRA Member based in Toronto, and a member of the Academy of Canadian Cinema and Television. Liz is also a member of WIFT-TO (Women in Film and Television – Toronto.


Bugfixes This is a bugfix release that solves two widget-related issues, and one referring to the Content Browser. Restoring a widget that originally had a direct subwidget (which was deleted) no longer causes an error.When restoring a widget, attributes that were originally empty are now cleared.The Content Browser now applies the "base_query" if provided. Sorry for the inconvenience these bugs might have caused. Please update your Gemfile and run "bundle." Thank you for using Scrivito!


Also includes 2 days at sea. Nov 11 - Nov 20, Solo travelers should be happy to learn that Olivia offers a great Solos Program, where single women can meet each other and feel free to be themselves. Their non-chartered packages, called Ultimate Escapes , are when they don't take over an entire cruise ship or resort, but still offer exclusive entertainment, activities and events that are just for Olivia guests. Sailing on the Harmony V is the perfect vessel for this intimate adventure. From GLBT meetups to fabulous bars and nightlife, these cruise lines are tops with gay travelers. Additionally, if you violate our Community Guidelines you may lose your posting privileges — permanently — without warning.
Cruise Deals by Cruise Line. Any company or person s that interfere with that mission risk losing their posting privileges. Good choice of Thai and international food.


Developments concerning Brexit are changing daily, and it seems there are more options on the table than ever before, including two new possible dates upon which we may leave the European Union.
Concerning preparations, we will use any extra time to refine our Brexit readiness plans, and urge our customers and suppliers to do the same. It is essential to continue to plan for a 'no deal' Brexit, which could come as soon as the 12th April.


This is a very aromatic beer. To be quite honest, it smells like weed – reefer – marijuana. We all know what this smells like and it is not something you can mistake. This is the fifth of five beers in Sierra's Harvest beers for 2014 and is awesome. The ABV is fairly light. The cannabis-scented beer has a melony taste on the first sip that has a citrus finish. While the apricots come out as the beer warms, I cannot fake thinking that this beer does not make me think of smoking weed in high school or college. Sierra does a great job with beers and this one is no different. As the bottle goes down, it gets less palatable, but is a solid beer, just not one you would want to drink more than one of the bombers that it comes in.