defined. Two environments are characterized in this report. Table x1 summarizes the two characterized environments. The scenario can be uniformed to line-of-sight (LOS) channel with transmission distance of a quite short range. Even for LOS scenario, we have to consider the case which metal chassis or metal cover exists on consumer electronics (CE) in which IEEE802.15.3d devices are implemented inside. That metal must be object for the path between the transmitter (TX) and the receiver (RX). Table 1: A Table Channel Model Scenario Environment Description CMx LOS download CMx LOS File w/o exchange CMx LOS File w Metal exchange Channel Characterization Close Proximity P2P (300 GHz): Concerning the usage model of close proximity P2P wireless communications, the channel is assumed to be line-of-sight propagation in millimeterwave, 300 GHz band. Generally, TSV model is introduced in millimeterwave PAN/LAN systems in IEEE802.15.3c and IEEE802.11ad operating both at 60 GHz. For proximity communications usage, reflections are observed inside terminals and at surface of terminals, etc. The channel model shall be modified to represent such propagation mechanisms and the frequency band at 300 GHz. The channel model shall apply at least one of the several kinds of propagation depending on the antenna configurations.
defined. Two environments are characterized in this report. Table x1 summarizes the two characterized environments. The scenario can be uniformed to line-of-sight (LOS) channel with transmission distance of a quite short range. Even for LOS scenario, we have to consider the case which metal chassis or metal cover exists on consumer electronics (CE) in which IEEE802.15.3d devices are implemented inside. That metal must be object for the path between the transmitter (TX) and the receiver (RX). Table 1: A Table Channel Model Scenario Environment Description CMx LOS download CMx LOS w/o File exchange CMx LOS w Metal File exchange Channel Characterization Close Proximity P2P (300 GHz): Concerning the usage model of close proximity P2P wireless communications, the channel is assumed to be line-of-sight propagation in millimeterwave, 300 GHz band. Generally, TSV model is introduced in millimeterwave PAN/LAN systems in IEEE802.15.3c and IEEE802.11ad operating both at 60 GHz. For proximity communications usage, reflections are observed inside terminals and at surface of terminals, etc. The channel model shall be modified to represent such propagation mechanisms and the frequency band at 300 GHz. The channel model shall apply at least one of the several kinds of propagation depending on the antenna configurations.
15-14-0310-13-003d-channel-modeling-document.docx