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Lut in fpga form11/11/2023 Lecture Notes in Computer Science, 1980, vol 85. (eds) Automata, Languages and Programming. Toffoli, “Reversible computing,” In: de Bakker J., van Leeuwen J. Monographs in Theoretical Computer Science. Morita, “Reversible logic gates,” In: Theory of Reversible Computing. Toffoli, “Conservative logic,” International Journal of Theoretical Physics, vol. Paydavosi, BSIM4v4.8.0 MOSFET Model -User’s Manual 2013 Available at. Sharma, “An efficient LUT Design on FPGA for memory-based multiplication,” Iranian Journal of Electrical and Electronic Engineering, no. Dong, “Theoretical analysis of effect of LUT size on area and delay of FPGA,” 2005. Chabini, “An improved BCD adder using 6-LUT FPGAs,” Proceedings of the IEEE 10th International New Circuits and Systems Conference, NEWCAS, 2012, pp. Kuznietsov, “Use of natural LUT redundancy to improve trustworthiness of FPGA design,” CEUR Workshop Proceedings, vol. Kuznietsov, “Improving of a circuit checkability and trustworthiness of data processing results in LUT-based FPGA components of safety-related systems,” CEUR Workshop Proceedings, vol. Tyurin, “A Quad CMOS gates checking method,” International Journal of Computing, vol. Chiasson, Optimization and Modeling of FPGA Circuitry in Advanced Process Technology, Master Thesis, University of Toronto, 2013. Thesis, California Institute of Technology. Mehta, An Ultra-Low-Energy, Variation-Tolerant FPGA Architecture using Component-Specific Mapping, Ph.D. Navabi, “LUT Input reordering to reduce aging impact on FPGA LUTs,” IEEE Transactions on Computers, vol. Wilton, "Domain-specific hybrid FPGA: Architecture and floating point applications,” Proceedings of the 2007 International Conference on Field Programmable Logic and Applications, 2007, pp. Brown, Hybrid FPGA architecture, Available at: (accessed )Ĭ. Brown, Architecture of FPGAs and CPLDs: A Tutorial. The proposed elements allow to increase the functionality of the FPGAs. A further development of the ALM concept may be the introduction of adaptive DC LUT, which, by tuning, can calculate single LUT function or 2 n decoder functions. Simulation confirms the feasibility of the proposed method and shows that DC LUT with orthogonal output circuits is better variant of the systems realization in terms of current consumption and time delay at large n. The article deals with the design and investigation of some variants 3-DC LUT: with pull up output resistors, with orthogonal output circuits, with orthogonal transistors for each pass transistor. Modern Adaptive Logic Modules (ALM) have n=8, but not all possible functions are implemented. The restriction of Meade-Conway for the FPGAs allows n=3 in one tree. To do this option we can use, for example, FPGAs typical connections units. ![]() Combined with OR product terms we can get m functions with the same n-arguments. DC LUT activates one of the 2 n product terms outputs. Authors propose a novel Decoder n-LUT (n-DC LUT), which makes possible to get m functions with the same n-arguments, like in Program Logic Array (PLA) CPLD (Complex Programmable Logic Device). To get m functions (even with the same n-arguments) we should take m LUT. Therefore, we get one n-arguments logic function for the actual FPGA configuration. Address inputs of the LUT are the variables. For example, n-LUT is the MOS pass transistors multiplexer 2 n-1 which input data receive SRAM cells logic function configuration (user’s projects Truth Table). The FPGA (Field-Programmable Gate Array) has recently become the popular hardware and so-called LUTs (Look up Tables) are the basic of the FPGAs logic. Architecture, CMOS, FPGA Synthesis, Layout Abstract
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