Classifier Instance:

Anchor text: POWER
Target Entity: IBM_POWER
Preceding Context: The current era of SIMD processors grew out of the desktop-computer market rather than the supercomputer market. As desktop processors became powerful enough to support real-time gaming and video processing, demand grew for this particular type of computing power, and microprocessor vendors turned to SIMD to meet the demand. Sun Microsystems introduced SIMD integer instructions in its "VIS" instruction set extensions in 1995, in its UltraSPARC I microprocessor. The first widely-deployed desktop SIMD was with Intel's MMX extensions to the x86 architecture in 1996, followed in 1999 by SSE after IBM and Motorola added AltiVec to the
Succeeding Context: architecture. Since then, there have been several extensions to the SIMD instruction sets for both architectures. All of these developments have been oriented toward support for real-time graphics, and are therefore oriented toward processing in two, three, or four dimensions, usually with vector lengths of between two and sixteen words, depending on data type and architecture. When new SIMD architectures need to be distinguished from older ones, the newer architectures are then considered "short-vector" architectures, as earlier SIMD and Vector supercomputers had vector lengths from 64 to 64,000. A modern supercomputer is almost always a cluster of MIMD machines, each of which implements (short-vector) SIMD instructions. A modern desktop computer is often a multiprocessor MIMD machine where each processor can execute short-vector SIMD instructions.
Paragraph Title: null
Source Page: SIMD

Ground Truth Types:

Predicted Types:

Type	Confidence	Decision
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wordnet_event_100029378	-1.8071092929171644	0
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wordnet_person_100007846	-2.6173850915301085	0
yagoGeoEntity	-0.3194382178225584	0