the proceedings contain 1065 papers. the topics discussed include: Morse Code to text converter using Arduino;blink-an intelligent personal assistant for enhancing accessibility for differently-abled people;a novel cl...
ISBN:
(纸本)9798331300579
the proceedings contain 1065 papers. the topics discussed include: Morse Code to text converter using Arduino;blink-an intelligent personal assistant for enhancing accessibility for differently-abled people;a novel clustering and optimization strategy for network lifetime enhancement in wireless sensor network;an application of voice mail: email services for visually impaired;enhancing spam detection accuracy using genetic algorithm;design and implementation of modified bidirectional converter;farming tool leverage system and expert chat;smart mobility assistive device for paretic people;brain stroke prediction through MRI using deep learning techniques;effective hyper-parameter tuning of machine learning model for analysis drinking water quality;touchless hand sanitizer dispenser - San Master;cyber hygiene in higher educational institutes;and submodule level configuration for PV System Performance Improvement under Partial Shading.
It gives us immense pleasure to extend a warm welcome to you for the 2024 edition of the Workshop on Hot Topics in Cloud computing Performance - HotCloudPerf 2024. Cloud computing represents one of the most significan...
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ISBN:
(纸本)9798400704451
It gives us immense pleasure to extend a warm welcome to you for the 2024 edition of the Workshop on Hot Topics in Cloud computing Performance - HotCloudPerf 2024. Cloud computing represents one of the most significant transformations in the realm of IT infrastructure and usage. the adoption of global services within public clouds is on the rise, and the immensely lucrative global cloud market already sustains over 1 million IT-related jobs. However, optimizing the performance and efficiency of the IT services provided by both public and private clouds remains a considerable challenge. Emerging architectures, techniques, and real-world systems entail interactions withthe computing continuum, serverless operation, everything as a service, complex workflows, auto-scaling and -tiering, etc. the extent to which traditional performance engineering, software engineering, and system design and analysis tools can contribute to understanding and engineering these emerging technologies is uncertain. the community requires practical tools and robust methodologies to address the hot topics in cloud computing performance effectively.
A large literature is available on quantization for communication efficiency in distributed learning. However, these studies often overlook the enhancement of privacy through quantization. this paper aims to fill this...
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the proceedings contain 2463 papers. the topics discussed include: gender-based diagnosis of frontotemporal dementia using deep learning;heart attack risk prediction using advanced machine learning techniques;a comput...
ISBN:
(纸本)9798350370249
the proceedings contain 2463 papers. the topics discussed include: gender-based diagnosis of frontotemporal dementia using deep learning;heart attack risk prediction using advanced machine learning techniques;a computer-aided risk assessment and major factors analysis system for cervical cancer;enhancing oil spill detection using synthetic aperture radar with dual attention U-Net model;a regulatory framework for improving e-banking security;advancements in graph-based machine learning for electronic health record analysis;application of advanced AI algorithms for Fintech crime detection;robust color classification for autonomous robotic boats;unlocking the viability of blockchain adoption for healthcare: a feasibility study;sign guard: banking signature authentication;a bibliometric study on the interplay of virtual reality and cinematic innovation;and a roadmap of byte-sized morality in traversing with ethical landscape of artificial intelligence.
Although highly energy efficient, adiabatic and reversible systems suffer from performance drawbacks inherent to the physical operations that make them so efficient. Superscalar processors provide high performance thr...
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ISBN:
(纸本)9798331507879;9798331507862
Although highly energy efficient, adiabatic and reversible systems suffer from performance drawbacks inherent to the physical operations that make them so efficient. Superscalar processors provide high performance through out-of-order speculative work of which an effective branch predictor is a key component in those performance gains. In the context of reversibility, a branch predictor is a design focal point because any fully reversible system must also be able to predict branch outcomes when in reverse mode. Taking advantage of Temporal Streaming techniques, this paper introduces several reversible branch predictor implementations which enable reversible and out-of-order instruction execution. these first-of-their-kind designs allow for a superscalar architecture that would maintain both a high level of performance and a high level of energy efficiency withthe ability to un-compute obsolete data stored in memory. Testing our designs using the SimpleScalar out-of-order simulator, we estimate possible additional savings of 24 fJ per MB of data recovered at room temperature and at reverse prediction rates 2.27% higher than the forward. this work opens new avenues for designing and developing what we are calling Fully Adiabatic, Reversible, and Superscalar (FARS) Processor Architectures and is the first of many adaptations of conventional superscalar components to a reversible system.
the proceedings contain 1065 papers. the topics discussed include: Morse Code to text converter using Arduino;blink-an intelligent personal assistant for enhancing accessibility for differently-abled people;a novel cl...
ISBN:
(纸本)9798331300579
the proceedings contain 1065 papers. the topics discussed include: Morse Code to text converter using Arduino;blink-an intelligent personal assistant for enhancing accessibility for differently-abled people;a novel clustering and optimization strategy for network lifetime enhancement in wireless sensor network;an application of voice mail: email services for visually impaired;enhancing spam detection accuracy using genetic algorithm;design and implementation of modified bidirectional converter;farming tool leverage system and expert chat;smart mobility assistive device for paretic people;brain stroke prediction through MRI using deep learning techniques;effective hyper-parameter tuning of machine learning model for analysis drinking water quality;touchless hand sanitizer dispenser - San Master;cyber hygiene in higher educational institutes;and submodule level configuration for PV System Performance Improvement under Partial Shading.
With an emphasis on fulfilling deadlines, this study presents an efficient method for workload scheduling in edge-cloud collaborative computing settings. It optimizes task distribution taking into account variables li...
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Withthe rapid growth of data from heterogeneous, distributed sources, data streams need to be increasingly processed in the cloud-edge continuum. Processing is distributed between diverse edge environments and homoge...
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ISBN:
(纸本)9798400704437
Withthe rapid growth of data from heterogeneous, distributed sources, data streams need to be increasingly processed in the cloud-edge continuum. Processing is distributed between diverse edge environments and homogeneous, but powerful data centers, to optimally utilize available resources, alleviate infrastructure bottlenecks and follow the principle of data locality. Compared to cloud infrastructure, compute and data resources on the edge are distributed across geographical regions, infrastructures and organizational units with independent data processing systems. However, existing data stream processing frameworks provide integrated systems, which require matching software components to be used across the whole, distributed infrastructure or even assume centralized control over all resources. We argue, that this cloud-like, centralized approach does not fit to the decentralized nature of the edge environment. Focusing on fully integrated systems, which are either limited to single organizational units or require a certain degree of homogeneity limits data sovereignty and the overall potential of distributed data stream processing on the edge. Instead, we propose to develop data stream processing as part of data ecosystems, and connect locally independent and sovereign systemsthrough a lightweight set of common standards, protocols, and semantic descriptions.
To combat water inefficiencies and subpar agricultural yields, Agriculture 4.0 incorporates Industry 4.0 technologies into farming methods. Examples of these solutions include smart irrigation systems. Agriculture 4.0...
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the rapid expansion of Large Language Models (LLMs) presents significant challenges in efficient deployment for inference tasks, primarily due to their substantial memory and computational resource requirements. Many ...
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ISBN:
(纸本)9798400704451
the rapid expansion of Large Language Models (LLMs) presents significant challenges in efficient deployment for inference tasks, primarily due to their substantial memory and computational resource requirements. Many enterprises possess a variety of computing resources-servers, VMs, PCs, laptops-that cannot individually host a complete LLM. Collectively, however, these resources may be adequate for even the most demanding LLMs. We introduce LLaMPS, a novel tool, designed to optimally distribute blocks 1 of LLMs across available computing resources within an enterprise. LLaMPS leverages the unused capacities of these machines, allowing for the decentralized hosting of LLMs. this tool enables users to contribute their machine's resources to a shared pool, facilitating others within the network to access and utilize these resources for inference tasks. At its core, LLaMPS employs a sophisticated distributed framework to allocate transformer blocks of LLMs across various servers. In cases where a model is pre-deployed, users can directly access inference results (GUI and API). Our tool has undergone extensive testing with several open-source LLMs, including BLOOM-560m, BLOOM-3b, BLOOM-7b1, Falcon40b, and LLaMA-70b. It is currently implemented in a real-world enterprise network setting, demonstrating its practical applicability and effectiveness.
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