the locally twisted cube provides a prospective topology suitable for interconnection networks of the massively parallel systems. A routing algorithm is proposed in this paper that tolerates faulty vertices in locally...
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ISBN:
(纸本)9781538629963
the locally twisted cube provides a prospective topology suitable for interconnection networks of the massively parallel systems. A routing algorithm is proposed in this paper that tolerates faulty vertices in locally twisted cubes based on two kinds of routing probabilities. A computer experiment is also conducted to verify the performance of our algorithm.
the complexity of current computingnetworks and the required fluidity of their operation requires autonomy to be central to the design and implementation of a managed overlay network. this paper presents a system in ...
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ISBN:
(纸本)9781605585642
the complexity of current computingnetworks and the required fluidity of their operation requires autonomy to be central to the design and implementation of a managed overlay network. this paper presents a system in which a Knowledge-based network (KBN) is used as the delivery mechanism for management information. this allows multiple autonomous managers to coexist, playing separate roles in the management of multiple parallel overlay networks using a single dynamic and flexible knowledge delivery mechanism.
Today, withthe rapid development of information technology in all areas of life, a large amount of information is created every second. In recent years, many network topologies have been proposed to find the most eff...
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ISBN:
(纸本)9781538629963
Today, withthe rapid development of information technology in all areas of life, a large amount of information is created every second. In recent years, many network topologies have been proposed to find the most effective communication method. the folded hypercube is one of those networks, which is a variant of the hypercube, which is one of the most popular topologies for interconnection networks. In this paper, we propose a link-fault-tolerant routing algorithm in folded hypercube based on directed routing probabilities. the probabilities represent the routing ability of a vertex for an arbitrary vertex at a specific distance. Each vertex delivers message to one of its neighbor vertices by considering directed routing probabilities.
this paper studied knowledge discovery in high dimensional data and temporal data based on parallelcomputing and GIS technology, and provided the parallel spatial-temporal knowledge discovery model which including mo...
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this paper describes the Silicon Wafer-Area network project which explores the application of the high speed and high density of interconnections in WSI and MCM technologies to new communications schemes for general p...
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ISBN:
(纸本)0780318498
this paper describes the Silicon Wafer-Area network project which explores the application of the high speed and high density of interconnections in WSI and MCM technologies to new communications schemes for general purpose, parallel arrays of computing nodes. Described also are the basic architectural and functional features of SWAN and the size of a VLSI realization of a switching node was provided for a standard, MOSIS technology.
network security is a problem that is of great concern to all countries at this stage. How to ensure that the network provides effective services to people without being exposed to potential security threats has becom...
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the molecular docking is the focus of practical applications such as protein engineering and drug design. A docking algorithm is a procedure that predicts the assembly of two molecules like a key and a lock. To screen...
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ISBN:
(纸本)9781467316583
the molecular docking is the focus of practical applications such as protein engineering and drug design. A docking algorithm is a procedure that predicts the assembly of two molecules like a key and a lock. To screen a large library of molecules, a docking algorithm requires high performance computing. parallel and distributed applications have long been recognized as powerful computational tools and effective in the field of bioinformatics. Jini technology is one of the powerful infrastructures network for building and deploying distributed systems that are organized as a federation of services. JavaSpaces is one of the services that come bundled with Jini, it is a shared associative memory accessible by the network and allows an easily developing of a massively parallel and distributed applications. this paper discusses the use of the JavaSpaces service to build a distributed application in order to minimize the running time of a molecular docking algorithm.
It is important for digital modulation identification based on neural network to determine a suitable size of a network. this paper proposes that the number of nodes in hidden layer which is the core for network optim...
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ISBN:
(纸本)0769524052
It is important for digital modulation identification based on neural network to determine a suitable size of a network. this paper proposes that the number of nodes in hidden layer which is the core for network optimizing can be confirmed by K-L transform. the validity and robustness are verified by simulation. the percentage of correct identification (PCI) is almost the same before and after the network optimizing.
Now a day it is quite often seen that Soft-computing approaches are the cast off frequently in Computer and Information Technology. Fuzzy logic, Genetic Algorithms, and Artificial Neural network are the fundamentals o...
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ISBN:
(纸本)9781728113807
Now a day it is quite often seen that Soft-computing approaches are the cast off frequently in Computer and Information Technology. Fuzzy logic, Genetic Algorithms, and Artificial Neural network are the fundamentals of Soft computing techniques. Several soft computing approaches such as deep neural network require a huge amount of computational power of the CPU to execute a problem and consume lots of time to execute. CPU (Graphics Processing Unit) provides an efficient way to use efficiently all the computational resources in the form of streaming processors. Further, CUDA (Computed Unified Device Architecture) provides a parallel framework specifically designed for GPU. CUDA and GPU are frequently used to implement different soft computing techniques. this article provides a brief introduction of GPU and CUDA and different soft computing techniques. Further, analytical review of the implementation of different soft computing techniques using CPU and CUDA are given.
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