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Validating a high performance programmable secure coprocessor

There are two conversions: binary_to_bcd and bcd_to_binary.These operate serially, requiring one clock per binary bit used in the conversion.Our Word of the Year choice serves as a symbol of each year’s most meaningful events and lookup trends.It is an opportunity for us to reflect on the language and ideas that represented each year.

The 4 parameters are:- Rotation or Vector Mode- Vector Precision- Angle Precision- Number of Cordic Stages All designs arithmetic core : No License: Description Cores are generated from Confluence; a modern logic design language.

The design can handle 5 different channels at an input rate of 2Gbps each (the total output throughput is 5x4Gbps.)The generated CRCs are compatible with the 32-bit Ethernet standards.

The circuit has been implemented with standard cells in a 0.35Micron standard CMOS process using the properties of Galois Fields and has been conceived as a "free" IP.

This design could be used for instruction classes for undergraduate classes or specific VHDL classes.

This processor is based on the 8080 architecture, therefore, it could be upgraded step by step to integrate further facilities.

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Status- Complete version submittedarithmetic core h Bone Compliant: No License: LGPLDescription This IP implements the CAVLC parsing process in ITU-T H.264 (05/2003)Features- Compatible with ITU-T H.264 (05/2003), but it do not calculate n C and store Total Coeff,you need to add a n C_decoder outside this core.- New structure for run_before decoder, the core doesn't save Runs in flip-flops anddoesn't need the run_combine process, this feature reduces both cycle and resource.- this core has a simple interface- 9 cycles per cavlc block on average(including P frames)- Fully synchronous design, Fully synthesisable Status Documentation Synthesis results Pusarithmetic core e, FPGA proven, Specification done Wish Bone Compliant: No License: BSDIntroduction A cellular automata (CA) is a discrete model that consists of a grid (1D, 2D, 3D ) with objects called cells.

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