This work studies the applicability of adaptive timing systems into ultra-low power digital microelectronics to minimize the energy consumption. The topic is studied by implementing a 32-bit RISC microprocessor equipped with timing error prevention logic. The work consists of design, implementation and simulation phases, which are mainly conducted by using wide scale of Electronic Design Automation software. The final layer mask is sent for manufacturing, which transforms it into a physical integrated circuit. Based on simulation results, the design is able to save 34% of energy compared to a traditional system while maintaining reliable operation.Tässä työssä tutkitaan adaptiivisen ajastuksen soveltuvuutta matalan tehonkulutuksen digi...
In today’s world, people are widely using technology to make their lives more comfortable and better...
Rapid device-miniaturization keeps on inducing challenges in building energy efficient microprocesso...
In this thesis, hardware implementation of an energy adaptive resource-scalable wireless sensor node...
Tehokerroin on tärkeä energiatehokkuuden mittari nykymaailmassa, kun sähköverkkoon kytketään entistä...
To minimize energy consumption of a digital circuit, logic can be operated at sub- or near-threshold...
ISBN 2-84813-040-7To increase the autonomy of embedded systems such as portable phones or computers,...
An increasing amount of 'smart' electronic devices is filling our everyday lives and the environment...
La course à la miniaturisation des circuits électroniques pousse à développer des systèmes faible co...
Tämä diplomityö keskittyy tehovälille 1.5 kW - 3.3 kW tarkoitetun AC/DC teholäh-dealustan optimointi...
Ovaj rad proučava problematiku potrošnje energije ugradbenih računala. Arduino kontroler p...
Abstract: This paper presents the first known timing-error detection (TED) microprocessor able to op...
Usage of microcontrollers and embedded software is a continually rising trend. The use of establishe...
To minimize energy consumption of a digital circuit, logic can be operated at sub- or near-threshold...
This paper presents the first known timing-error detection (TED) microprocessor able to operate in s...
Målet med detta examensarbete är att undersoka om det är möjligt att reducera energiförbrukningen i ...
In today’s world, people are widely using technology to make their lives more comfortable and better...
Rapid device-miniaturization keeps on inducing challenges in building energy efficient microprocesso...
In this thesis, hardware implementation of an energy adaptive resource-scalable wireless sensor node...
Tehokerroin on tärkeä energiatehokkuuden mittari nykymaailmassa, kun sähköverkkoon kytketään entistä...
To minimize energy consumption of a digital circuit, logic can be operated at sub- or near-threshold...
ISBN 2-84813-040-7To increase the autonomy of embedded systems such as portable phones or computers,...
An increasing amount of 'smart' electronic devices is filling our everyday lives and the environment...
La course à la miniaturisation des circuits électroniques pousse à développer des systèmes faible co...
Tämä diplomityö keskittyy tehovälille 1.5 kW - 3.3 kW tarkoitetun AC/DC teholäh-dealustan optimointi...
Ovaj rad proučava problematiku potrošnje energije ugradbenih računala. Arduino kontroler p...
Abstract: This paper presents the first known timing-error detection (TED) microprocessor able to op...
Usage of microcontrollers and embedded software is a continually rising trend. The use of establishe...
To minimize energy consumption of a digital circuit, logic can be operated at sub- or near-threshold...
This paper presents the first known timing-error detection (TED) microprocessor able to operate in s...
Målet med detta examensarbete är att undersoka om det är möjligt att reducera energiförbrukningen i ...
In today’s world, people are widely using technology to make their lives more comfortable and better...
Rapid device-miniaturization keeps on inducing challenges in building energy efficient microprocesso...
In this thesis, hardware implementation of an energy adaptive resource-scalable wireless sensor node...