Global ETD Search
Search theses and dissertations gathered from participating repositories worldwide. Every result links back to the library that holds it. No account is needed.
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Showing 1 to 16 of 16 for “"Conventional computing"”.
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Implementation of distributed orthogonal persistence using virtual memory / Francis Vaughan.
… of paged virtual memory found in the majority of conventional computing platforms. These attributes are exploited to support object movement for persistent storage to addressable memory, to aid in garbage collection, to provide the illusion of larger storage spaces than the underlying architecture …
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Minimization of lines in reversible circuits
Reversible computing has been theoretically shown to be an efficient approach over conventional computing due to the property of virtually zero power dissipation. A major concern in reversible circuits is the number of circuit lines or qubits which are a limited resource. In this thesis we explore …
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Similarity hashing of malware on IoT devices
… at the same level that are observed for conventional computing devices. More specifically, IoT devices are poorly monitored for malware. Through self-modification, this malware attempts to hide its presence in order to evade anti-virus software. The con- sequences of this problem …
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Similarity hashing of malware on IoT devices
… at the same level that are observed for conventional computing devices. More specifically, IoT devices are poorly monitored for malware. Through self-modification, this malware attempts to hide its presence in order to evade anti-virus software. The con- sequences of this problem …
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If he were motivated, how might Peter Zumthor engage with machine learning? Adapting new directions in computing to approaches in tradition oriented creative and architectural design processes
… topical developments in machine learning or 'new computing'. Many architects embrace digital methods and advocate for the implacable objectivity afforded by computing in design; others, whose outlook regards culturally situated and historical contexts as foundational to the design process, view …
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ON THE FOUNDATIONS OF COMPUTABILITY THEORY
… significant deficiencies in the foundations of conventional computability theory. This thesis examines the problems with conventional computability theory, including its failure to address discrepancies between theory and practice in computer science, semantic confusion in terminology, and …
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Analog On-chip Training and Inference with Non-volatile Memory Devices
… in neural networks continues to rise, conventional computing resources are increasingly constrained by their limited energy efficiency. One promising solution to this challenge is analog in-memory computing (AIMC), which enables efficient matrix-vector multiplications by encoding …
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Top-down Approach To Securing Intermittent Embedded Systems
The conventional computing techniques are based on the assumption of a near constant source of input power. While this assumption is reasonable for high-end devices such as servers and mobile phones, it does not always hold in embedded devices. An increasing number of Internet of Things (IoTs) is …
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Progress in Nanosystems for Computing and Health
… and technologies leveraged to fabricate conventional computing, memory, and sensing are often distinct, systems today rely on separately packaged chips for each of these functionalities, severely limiting data bandwidth between them. To enable radically new electronic systems for …
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Fundamentals, Voltage Control and Novel Application of Exchange Bias in Magnetic Thin Films
… in spintronic devices applicable for non-conventional computing paradigms or next-gen memory devices.
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Driving Emerging Technologies From Concept to Reality: A Case Study of Carbon Nanotubes
… limitations, and reliability are limiting computing performance. Therefore, traditional routes to progress are insufficient, and new approaches must be investigated if we are to continue the technological advancement society has come to expect. One major thrust toward overcoming these …
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Protonic All-Solid-State Electrochemical Device as an Artificial Synapse for CMOS-Compatible Neuromorphic Computing
… landscape of information technology.[1] However, conventional computing hardware is energetically unfavorable to handle multifarious AI tasks because the frequent data transfer between the physically separated microprocessors and data storage units results in ‘memory wall bottleneck’, leading to …
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Some aspects of the design construction and applications of a digital stochastic computer.
… of problems which cannot easily be solved using conventional computing systems. These problems arise for example in the real time control of large multivariable systems such as chemical processes, aircraft control systems, etc. Attempts to overcome these problems have led to the development of …
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Multi-functional Hybrid Gating Silicon Nanowire Field-effect Transistors
Enormous demands for fast and low-power computing and memory building blocks for consumer electronics, such as smartphones or tablets, have led to the emergence of silicon nanowire transistors a decade ago. Along with the Si-based nanotechnology, the silicon compatible optical and chemical sensing …
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Gain-Based Computing for Solving Optimisation Problems
… a resurgence of interest in gain-based analogue computing paradigms, which offer a multitude of advantages including speed, energy-efficiency, and scalability. The innovative analogue approach aims to transcend the conventional computing model's limitations, tapping into the intrinsic …
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Readability of conventional applications within immersive virtual environments
… to make full use of the space around them for computing tasks, and the impact such an environment could have when using conventional application software. As computers have become more core to our lives, the number of tasks that we perform on them have increased. Computer systems have evolved …