The concept of an innovative processor system is presented. It combines the inclusion of processing logic in the bit cells and word cells of a memory with the use of sensor devices for parallel input of optical data. Associative (content-addressable) features further facilitate the processing of data in this 'intelligent memory' approach. Moreover, changes in the memory decoder enable also the parallel access to memory cells. The basic operations of the extended memory are explained, and the resulting instruction set is presented. Some potential applications in the field of parallel image preprocessing/image processing, and corresponding performance aspects are short...
[[abstract]]The parallel processing elements (PPE) have been built around an associative memory (AM)...
We describe a VLSI processor for pattern recognition based on Content Addressable Memory (CAM) archi...
spatial filters, optical computing, neural networks, neural network model, associative memory, patte...
Associative processing based on content-addressable memories has been argued to be the natural solut...
The paper describes a highly-scalable associative memory network capable of handling multiple stream...
The functional structure of a classical content-addressable memory (CAM) and its realization at the ...
Goser K, Fölster C, Rückert U. Intelligent Memories in VLSI. Information Sciences. 1984;34(1):61-82....
An innovative concept for parallel image sensing and preprocessing as an interface to artificial neu...
Thesis (Ph. D.)--Massachusetts Institute of Technology, Dept. of Electrical Engineering and Computer...
Pattern recognition and learning are basic functions, which are needed to build artificial systems w...
The purpose of this thesis is to introduce and demonstrate an implementation of the intelligent sens...
Rückert U. VLSI Implementation of an Associative Memory Based on Distributed Storage of Information....
A significant bottleneck to the use of associative memories in real-time systems is the amount of da...
Optical implementation of content addressable associative memory based on the Hopfield model for neu...
We present our Intelligent Reconfigurable Integrated Satellite (IRIS) Processor. At the heart of the...
[[abstract]]The parallel processing elements (PPE) have been built around an associative memory (AM)...
We describe a VLSI processor for pattern recognition based on Content Addressable Memory (CAM) archi...
spatial filters, optical computing, neural networks, neural network model, associative memory, patte...
Associative processing based on content-addressable memories has been argued to be the natural solut...
The paper describes a highly-scalable associative memory network capable of handling multiple stream...
The functional structure of a classical content-addressable memory (CAM) and its realization at the ...
Goser K, Fölster C, Rückert U. Intelligent Memories in VLSI. Information Sciences. 1984;34(1):61-82....
An innovative concept for parallel image sensing and preprocessing as an interface to artificial neu...
Thesis (Ph. D.)--Massachusetts Institute of Technology, Dept. of Electrical Engineering and Computer...
Pattern recognition and learning are basic functions, which are needed to build artificial systems w...
The purpose of this thesis is to introduce and demonstrate an implementation of the intelligent sens...
Rückert U. VLSI Implementation of an Associative Memory Based on Distributed Storage of Information....
A significant bottleneck to the use of associative memories in real-time systems is the amount of da...
Optical implementation of content addressable associative memory based on the Hopfield model for neu...
We present our Intelligent Reconfigurable Integrated Satellite (IRIS) Processor. At the heart of the...
[[abstract]]The parallel processing elements (PPE) have been built around an associative memory (AM)...
We describe a VLSI processor for pattern recognition based on Content Addressable Memory (CAM) archi...
spatial filters, optical computing, neural networks, neural network model, associative memory, patte...