Add to ORKGThe authors describe an efficient and flexible CMOS sea-of-gates architecture for digital applications. This architecture supports the design of integrated circuits at all important physical design areas such as performance, implementation, and wiring. After a detailed discussion of the three architectural sublevels-performance, implementation, and wiring-the sea-of-gates architecture is presented. The functionality of this architecture is illustrated by describing the design of some benchmark circuit
This thesis studies double-gate fully-depleted (DGFD) SOI and 3-D integration circuit design. For DG...
To meet the increasing demands of the consumer electronics industry, design and development of sophi...
With the continued scaling of CMOS VLSI, power dissipation of logic circuits has increasingly come t...
The authors describe an efficient and flexible CMOS sea-of-gates architecture for digital applicatio...
Abstract—This paper describes a redesign of a Sea-of-Gates chip that was developed at Delft Universi...
The primary intent of this dissertation project has been to assess the potential of a unique CMOS de...
A memory-based approach is described for performing basic logic gate functions. CMOS transistors are...
This study includes the VLSI design of an eight bit general purpose microcontroller with Sea-of-Gate...
Aggressive scaling has ensured the continued use of complementary metal oxide semiconductor (CMOS) d...
This paper provides a tutorial survey of architectures of commercially available high-capacity field...
SOI technologies offer solutions to low power, high performance applications. The key device-archite...
The speed of operation of digital systems can be increased by improving the logic or the circuit des...
Digital systems are said to be constructed using basic logic gates. These gates are the NOR, NAND, A...
This chapter gives a detailed description of digital circuit design in organic complementary technol...
Inter- and intra-chip connections have become the new challenge to enable the scaling of computing s...
This thesis studies double-gate fully-depleted (DGFD) SOI and 3-D integration circuit design. For DG...
To meet the increasing demands of the consumer electronics industry, design and development of sophi...
With the continued scaling of CMOS VLSI, power dissipation of logic circuits has increasingly come t...
The authors describe an efficient and flexible CMOS sea-of-gates architecture for digital applicatio...
Abstract—This paper describes a redesign of a Sea-of-Gates chip that was developed at Delft Universi...
The primary intent of this dissertation project has been to assess the potential of a unique CMOS de...
A memory-based approach is described for performing basic logic gate functions. CMOS transistors are...
This study includes the VLSI design of an eight bit general purpose microcontroller with Sea-of-Gate...
Aggressive scaling has ensured the continued use of complementary metal oxide semiconductor (CMOS) d...
This paper provides a tutorial survey of architectures of commercially available high-capacity field...
SOI technologies offer solutions to low power, high performance applications. The key device-archite...
The speed of operation of digital systems can be increased by improving the logic or the circuit des...
Digital systems are said to be constructed using basic logic gates. These gates are the NOR, NAND, A...
This chapter gives a detailed description of digital circuit design in organic complementary technol...
Inter- and intra-chip connections have become the new challenge to enable the scaling of computing s...
This thesis studies double-gate fully-depleted (DGFD) SOI and 3-D integration circuit design. For DG...
To meet the increasing demands of the consumer electronics industry, design and development of sophi...
With the continued scaling of CMOS VLSI, power dissipation of logic circuits has increasingly come t...