Multibus sequential processor to perform in parallel a plurality of reconfigurable logic operations on a plurality of data sets

A reconfigurable sequential pipeline processor comprising:

• a data bank for storing a plurality of data sets to be processed;
• a programmable logic block address generator which includes a plurality of address sets for addressing data sets in said data bank;
• a programmable logic block arithmetic unit, which includes a plurality of arithmetic circuit sets, responsive to said data bank, for processing the data sets addressed by said address sets in the programmable logic block address generator;
• an address generator hardware configuration file having a plurality of configuration files for configuring each address set in said programmable logic block address generator in one of a plurality of addressing configurations in response to an address operational code;
• an arithmetic unit hardware configuration file having a plurality of configuration files for configuring each arithmetic circuit set in said programmable logic block arithmetic unit in one of a plurality of processing configurations in response to an arithmetic operational code;
• a plurality of buses for directly interconnecting in a permanent manner each of said plurality of reconfigurable address sets and arithmetic circuits with a specific one of said data sets;
• means for delivering a series of operational codes to each of said address generator hardware configuration file and said arithmetic unit hardware configuration file for configuring said programmable logic block address generator sets and said programmable logic block arithmetic circuit sets to perform in parallel a corresponding series of arithmetic logic operations on said data sets in said data bank;
• and
• wherein said means provides a reconfigurable sequential processor without the need for a hardware multiplexer switching capability.