A 5GHz Floating Point Multiply-Accumulator in 90nm Dual V{sub}T CMOS；A high effective algorithm of 32-bit multiply and MAC instructions' VLSI implementation with 32 × 8 multiplier-accumulator in DSP applicat...A 5GHz Floating Point Multiply-Accumulator in 90nm Dual V{sub}T CMOS；A high effective algorithm of 32-bit multiply and MAC instructions' VLSI implementation with 32 × 8 multiplier-accumulator in DSP applications；A high effective algorithm of 32-bit multiply and MAC instructions' VLSI implementation with 32×8 multiplier-accumulator in DSP applications；A Study on Hydraulic Active Engine Mount；A study on the cycle performance of lithium secondary hatteries using lithium nickel-cobalt composite oxide and graphite/coke hybrid carbon;A STUDY ON THE DEGRADATION MECHANISM OF Li{sub{2.6Co{sub}0.4N AS AN ANODE FOR Li SECONDARY BATTERIES;展开更多
文摘A 5GHz Floating Point Multiply-Accumulator in 90nm Dual V{sub}T CMOS；A high effective algorithm of 32-bit multiply and MAC instructions' VLSI implementation with 32 × 8 multiplier-accumulator in DSP applications；A high effective algorithm of 32-bit multiply and MAC instructions' VLSI implementation with 32×8 multiplier-accumulator in DSP applications；A Study on Hydraulic Active Engine Mount；A study on the cycle performance of lithium secondary hatteries using lithium nickel-cobalt composite oxide and graphite/coke hybrid carbon;A STUDY ON THE DEGRADATION MECHANISM OF Li{sub{2.6Co{sub}0.4N AS AN ANODE FOR Li SECONDARY BATTERIES;
