The proposed processor is based on the SIMD architecture that is optimized for neural network and image processing. The proposed processor supports 24 instructions, and consists of 16 Processing Units (PUs) per chip. Each PU includes 24-bit 2K-word Local Memory (LM) and a Processing Element (PE).
This paper proposes a high performance neural network processor whose function can be changed by programming. The proposed processor is based on the SIMD ...
This paper proposes a high performance neural network processor whose function can be changed by programming that is based on the SIMD architecture that is ...
May 30, 2005 · This paper proposes a high performance neural network processor whose function can be changed by programming. The proposed processor is based on ...
This paper proposes a high performance neural network processor whose function can be changed by programming. The proposed processor is based on the SIMD ...
This paper proposes a high performance neural network processor whose function can be changed by programming. The proposed processor is based on the SIMD ...
Abstract. Artificial Neural Networks (ANNs) and image processing re- quires massively parallel computation of simple operator accompanied.
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This paper proposes a high performance neural network processor whose function can be changed by programming. The proposed processor is based on the SIMD ...
The proposed processor supports 24 instructions, and consists of 16 Processing Units (PUs) per chip. Each PU includes 24-bit 2K-word Local Memory (LM) and a ...
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