9 research outputs found
Toward an Energy Efficient Language and Compiler for (Partially) Reversible Algorithms
Full text linkWe introduce a new programming language for expressing reversibility,
Energy-Efficient Language (Eel), geared toward algorithm design and
implementation. Eel is the first language to take advantage of a partially
reversible computation model, where programs can be composed of both reversible
and irreversible operations. In this model, irreversible operations cost energy
for every bit of information created or destroyed. To handle programs of
varying degrees of reversibility, Eel supports a log stack to automatically
trade energy costs for space costs, and introduces many powerful control logic
operators including protected conditional, general conditional, protected
loops, and general loops. In this paper, we present the design and compiler for
the three language levels of Eel along with an interpreter to simulate and
annotate incurred energy costs of a program.Comment: 17 pages, 0 additional figures, pre-print to be published in The 8th
Conference on Reversible Computing (RC2016
Toward an Energy Efficient Language and Compiler for (Partially) Reversible Algorithms
No full textWe introduce a new programming language for expressing reversibility, Energy-Efficient Language (Eel), geared toward algorithm design and implementation. Eel is the first language to take advantage of a partially reversible computation model, where programs can be composed of both reversible and irreversible operations. In this model, irreversible operations cost energy for every bit of information created or destroyed. To handle programs of varying degrees of reversibility, Eel supports a log stack to automatically trade energy costs for space costs, and introduces many powerful control logic operators including protected conditional, general conditional, protected loops, and general loops. In this paper, we present the design and compiler for the three language levels of Eel along with an interpreter to simulate and annotate incurred energy costs of a program. Keywords: Energy Cost, Forward Direction, Control Logic, Conditional Statement, Program Counte
Effect of sulfur dioxide and lactic acid in steeping water on the extraction of anthocyanins and bioactives from purple corn pericarp
No full textComparative Spectroscopic and HPLC Analyses of Phenolic Compounds in Extracts of Anthocyanin Maize Purple Saratov Variety Grown Under Various Wetting Conditions
No full textEvaluation of wet-milling performance of commercial yellow maize hybrids grown in México and relations with grain physicochemical properties
No full textEffect of the Electric Field Frequency on Ascorbic Acid Degradation during Thermal Treatment by Ohmic Heating
No full text
