MPP ( Massive Parallel Processing ) und NUMA ( Non Unified Memory Access ) beispielsweise schließen kleine Einheiten von " fast kompletten " Rechnern , Nodes genannt , zusammen .
1	MPP	MPP	PROPN	NE	Person=3	16	nsubj	_	_
2	(	(	PUNCT	$(	PunctType=Brck	3	punct	_	_
3	Massive	Massive	X	FM	Foreign=Yes|Person=3	1	appos	_	_
4	Parallel	Parallel	X	FM	Foreign=Yes|Person=3	3	flat	_	_
5	Processing	Processing	X	FM	Foreign=Yes|Person=3	3	flat	_	_
6	)	)	PUNCT	$(	PunctType=Brck	3	punct	_	_
7	und	und	CCONJ	KON	_	8	cc	_	_
8	NUMA	NUMA	PROPN	NE	Person=3	3	conj	_	_
9	(	(	PUNCT	$(	PunctType=Brck	10	punct	_	_
10	Non	Non	X	FM	Foreign=Yes|Person=3	8	appos	_	_
11	Unified	Unified	X	FM	Foreign=Yes|Person=3	10	flat	_	_
12	Memory	Memory	X	FM	Foreign=Yes|Person=3	10	flat	_	_
13	Access	Access	X	FM	Foreign=Yes|Person=3	10	flat	_	_
14	)	)	PUNCT	$(	PunctType=Brck	10	punct	_	_
15	beispielsweise	beispielsweise	ADV	ADV	_	10	advmod	_	_
16	schließen	schließen	VERB	VVFIN	Mood=Ind|Number=Plur|Person=3|Tense=Pres|VerbForm=Fin	0	root	_	_
17	kleine	klein	ADJ	ADJA	Degree=Pos|Number=Plur	18	amod	_	_
18	Einheiten	Einheit	NOUN	NN	Gender=Fem|Number=Plur|Person=3	16	obj	_	_
19	von	von	ADP	APPR	AdpType=Prep|Case=Dat	24	case	_	_
20	"	"	PUNCT	$(	PunctType=Brck	22	punct	_	_
21	fast	fast	ADV	ADV	_	22	advmod	_	_
22	kompletten	komplett	ADJ	ADJA	Case=Dat|Degree=Pos|Number=Plur	24	amod	_	_
23	"	"	PUNCT	$(	PunctType=Brck	22	punct	_	_
24	Rechnern	Rechner	NOUN	NN	Case=Dat|Gender=Masc|Number=Plur|Person=3	18	nmod	_	_
25	,	,	PUNCT	$,	PunctType=Comm	27	punct	_	_
26	Nodes	unknown	NOUN	NN	Person=3	27	obj	_	_
27	genannt	nennen	VERB	VVPP	Aspect=Perf|VerbForm=Part	24	acl	_	_
28	,	,	PUNCT	$,	PunctType=Comm	27	punct	_	_
29	zusammen	zusammen	ADP	PTKVZ	PartType=Vbp	16	compound:prt	_	_
30	.	.	PUNCT	$.	PunctType=Peri	16	punct	_	_
