Edge computing platform is a critical component to form next-generation intelligent equipment. In an effort to support new military and industrial applications with more flexible computing power, a new lightweight edg...
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We propose SparsePipe, an efficient and asynchronous parallelism approach for handling 3D point clouds with multi-GPU training. SparsePipe is built to support 3D sparse data such as point clouds. It achieves this by a...
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We propose SparsePipe, an efficient and asynchronous parallelism approach for handling 3D point clouds with multi-GPU training. SparsePipe is built to support 3D sparse data such as point clouds. It achieves this by adopting generalized convolutions with sparse tensor representation to build expressive high-dimensional convolutional neural networks. Compared to dense solutions, the new models can efficiently process irregular point clouds without densely sliding over the entire space, significantly reducing the memory requirements and allowing higher resolutions of the underlying 3D volumes for better performance. SparsePipe exploits intra-batch parallelism that partitions input data into multiple processors and further improves the training throughput with inter-batch pipelining to overlap communication and computing. Besides, it suitably partitions the model when the GPUs are heterogeneous such that the computing is load-balanced with reduced communication overhead. Using experimental results on an eight-GPU platform, we show that SparsePipe can parallelize effectively and obtain better performance on current point cloud benchmarks for both training and inference, compared to its dense solutions.
The GPU usually handles the homogenous data parallel work, by taking advantage of its massive number of cores. In most of the applications, we use CUDA programming for utilizing the power of GPU. In data intensive hig...
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One of the popular and extensively used classification algorithms in the data mining and the machine learning technique is the support vector machine (SVM). Yet, conversely they have been traditionally applied to a sm...
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Requirements re-usability in a distributed software development project is applied to increase system productivity, reliability, quality, decreasing system development sprint and maintaining consistency between two id...
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A challenging problem which arises in the domain of integrating symbolic and sub-symbolic computations within a massively parallel computational environments like Internet of Things is considered in application to the...
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ISBN:
(数字)9781728196923
ISBN:
(纸本)9781728196930
A challenging problem which arises in the domain of integrating symbolic and sub-symbolic computations within a massively parallel computational environments like Internet of Things is considered in application to the Linguistic Decision Making tasks. A novel theoretical idea is proposed on expressing linguistic operators in dynamics of an artificial neural network. The proposal consists of two consequent stages: expressing linguistic operators as structural manipulations and translating them in a neuroalgorithm. The theoretical foundation is Tensor Product Representation (TPR) that provides a generic framework of designing a neural network that does not require training and produces an exact result equivalent to the result of symbolic algorithms. This paper discusses viability of the proposed idea, demonstrates design of TPR-based arithmetic as a basic building block for construction of such a method and elaborates directions of further research.
In the modern days the word “Smart Grid” becomes a common word which can also be used as a junction which monitor demand side energy as well as the incoming energy and make it balance when the demand is on the peak ...
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ISBN:
(数字)9781728197852
ISBN:
(纸本)9781728197869
In the modern days the word “Smart Grid” becomes a common word which can also be used as a junction which monitor demand side energy as well as the incoming energy and make it balance when the demand is on the peak or in low position it contributes the saved electric energy with the help of Internet of Things (loT). The IoT make power grid (smart grid) more reliable and economical. By IoT there is no lack of information in demand and supply and also it helps to save the energy. It also make pre-pattern of electricity consumption as the load demand and send signal to generation side for the required energy for the specific time period. The smart grid with IoT integrates the high speed response and storage system also with energy consumption. This type of networking by using IoT makes the operation of Smart Grid more reliable and burden free from the high demand periods (because the stored energy is used for the required demand). It also makes a better environment to collect the power from distributed generation and fasten the use of operation in the smart grid environment using loT. In this paper the use of IoT is discussed to work with Smart Grid for the better, economical, loss free power and also it helps in energy saving by reduce wastage. IoT is also used for the transfer of real time information to the Smart Grid and when the increase or decrease of demand takes places it helps in the saving of energy. User and supplier communication has been established by IoT for the proposed system.
The proceedings contain 35 papers. The special focus in this conference is on distributedcomputing and Internet Technology. The topics include: Data scheduling and resource optimization for fog computing architecture...
ISBN:
(纸本)9783030053659
The proceedings contain 35 papers. The special focus in this conference is on distributedcomputing and Internet Technology. The topics include: Data scheduling and resource optimization for fog computing architecture in industrial IoT;Research on CNN parallelcomputing and learning architecture based on real-time streaming architecture;Detection of alcoholism: An EEG hybrid features and ensemble subspace K-NN based approach;on the growth of the prime numbers based encoded vector clock;A sensitivity analysis on weight sum method MCDM approach for product recommendation;event detection and aspects in twitter: A bow approach;a new automatic multi-document text summarization using topic modeling;improved visible light communication using code shift keying modulation;optimization of transmission range for a fault tolerant wireless sensor network;the digital turn: On the quest for holistic approaches;community detection using an enhanced louvain method in complex networks;a fast handoff technique for wireless mobile networks;adaptive partitioning using partial replication for sensor data;design and implementation of cognitive radio sensor network for emergency communication using discrete wavelet packet transform technique;a network formation model for collaboration networks;bees detection on images: Study of different color models for neural networks;mobile charging of wireless sensor networks for internet of things: A multi-attribute decision making approach;efficient searching over encrypted database: Methodology and algorithms;tag-reader authentication system guarded by negative identifier filtering and distance bounding;RSA-based collusion resistant quorum controlled proxy re-encryption scheme for distributed secure communication;secured communications on vehicular networks over cellular networks.
Filter constitutes an integral part of microwave wireless communication systems. In this work, a parallel coupled line band-pass filter is proposed using defected ground structure (DGS) for WiMAX applications, which n...
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Hydrological data is characterized by large data volume and high dimension. In view of non-hierarchical dimension data in hydrological data, this paper proposed Segmented parallel Dwarf Cube (SPD-Cube). Firstly, a hig...
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ISBN:
(数字)9783030235512
ISBN:
(纸本)9783030235512;9783030235505
Hydrological data is characterized by large data volume and high dimension. In view of non-hierarchical dimension data in hydrological data, this paper proposed Segmented parallel Dwarf Cube (SPD-Cube). Firstly, a high-dimensional cube is divided into several low-dimensional segments. Then by calculating the sub-dwarf of each low-dimensional segment, the storage space required for cube materialization is greatly reduced. Finally, combining Map/Reduce technology to construct, store and query several sub-dwarfs in parallel. Experiments show that SPD-Cube not only realizes highly compressed storage of data, but also realizes efficient query by combining Map/Reduce distributedparallel architecture.
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