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Threshold Logic
, 1999
"... sign style lies in the intrinsic complex functions implemented by such gates, which allow system realizations that require less threshold gates or gate levels than a design with standard logic gates. More recently, there is an increasing interest in threshold logic because a number of theoretical re ..."
Abstract
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Cited by 3 (1 self)
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sign style lies in the intrinsic complex functions implemented by such gates, which allow system realizations that require less threshold gates or gate levels than a design with standard logic gates. More recently, there is an increasing interest in threshold logic because a number of theoretical
Threshold Logic
, 1965
"... for games of perfect information and epistemic conditions for backward induction and for subgame perfectness ..."
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Cited by 28 (0 self)
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for games of perfect information and epistemic conditions for backward induction and for subgame perfectness
Implementation of Threshold Logic
, 1998
"... Traditionally, logic circuits have been, and are still being implemented using Boolean logic. Although there has been a tremendous increase in the performance of the technology used to implement Boolean logic primitives, the underlying paradigm has remained unchanged over the years. Since the ear ..."
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the early 1960's there is a fundamentally more powerful alternative for Boolean logic available, called Threshold Logic (TL). Although implementations of TL gates have grown with the advances in technology, none of these have ever proven widely applicable. Because of this TL was never a practical
Counters and Multipliers with Threshold Logic
, 1995
"... We investigate conventional counters and their employment to produce multi-operand addition using threshold logic. The primary concern of the study is the area reduction of the implementations. We use direct reduction schemes that minimize the number of threshold elements and hierarchical reduction ..."
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Cited by 3 (0 self)
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We investigate conventional counters and their employment to produce multi-operand addition using threshold logic. The primary concern of the study is the area reduction of the implementations. We use direct reduction schemes that minimize the number of threshold elements and hierarchical reduction
Redundant Addition with Threshold Logic
"... In this paper we investigate threshold based networks performing 2 \Gamma 1 addition using redundant binary operand representations. In particular we concern with establishing the networks with the smallest network depth assuming small weight and fan-in values. First we propose a depth-4 implementat ..."
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complexities. 1. Introduction In this paper we investigate the capabilities threshold logic provides for 2 \Gamma 1 addition schemes when combined with signed digit representation of operands. We use a fixed radix of 2 and the corresponding digit set f1; 0; 1g, where 1 denotes \Gamma1. Note
AN ENUMERATIVE PROBLEM IN THRESHOLD LOGIC
"... Abstract. The number of Boolean threshold functions is investigated. A new lower bound on the number of n-dimensional threshold functions on a set {0, 1,...,K − 1} is given. 1. ..."
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Abstract. The number of Boolean threshold functions is investigated. A new lower bound on the number of n-dimensional threshold functions on a set {0, 1,...,K − 1} is given. 1.
S (2012) Oscillatory threshold logic
- PLOS ONE 7: e48498. doi:10.1371/journal.pone.0048498. PubMed
"... In the 1940s, the first generation of modern computers used vacuum tube oscillators as their principle components, however, with the development of the transistor, such oscillator based computers quickly became obsolete. As the demand for faster and lower power computers continues, transistors are t ..."
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Cited by 1 (0 self)
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that the next generation of computers will be composed almost entirely of oscillatory devices. Here, we demonstrate how coupled threshold oscillators may be used to perform binary logic in a manner entirely consistent with modern computer architectures. We describe a variety of computational circuitry
Threshold logic implementations: The early days
- PROC. MWSCAS’03
, 2003
"... This paper gives a brief account of the results on hardware implementations of threshold logic obtained starting from the forties. The solutions are sorted chronologically, by order of their publication date, although the order would be somehow different by submission date. Reviewing the many differ ..."
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Cited by 3 (2 self)
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This paper gives a brief account of the results on hardware implementations of threshold logic obtained starting from the forties. The solutions are sorted chronologically, by order of their publication date, although the order would be somehow different by submission date. Reviewing the many
Reconfigurable magnetoelectronic circuits for threshold logic
, 2004
"... Magnetoelectronic devices, which combine ferromagnetic materials with conventional silicon structures, offer the potential to add non-volatile storage to electronic systems, eliminating their vulnerability to data loss due to power supply interruptions. We present a set of circuits, based on the Hyb ..."
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to provide non-volatile operation without requiring additional supply voltages or other global signals. They exploit the properties of the Hybrid Hall Effect device to efficiently implement threshold logic functions and thereby reduce the number of gates required to implement most Boolean expressions
A Low-Power Threshold Logic Family
, 2002
"... This paper presents a new low-power Threshold Logic family featuring self lock-out and run-time reprogrammability. The simulated results have shown that, the proposed Threshold Logic dissipates between , when compared with previous similar Threshold Logic families. Moreover, at ..."
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Cited by 8 (2 self)
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This paper presents a new low-power Threshold Logic family featuring self lock-out and run-time reprogrammability. The simulated results have shown that, the proposed Threshold Logic dissipates between , when compared with previous similar Threshold Logic families. Moreover
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