1 Customized Dynamic Load Balancing 1 1.

In this paper, the experimental vibration analysis of a single cylinder air compressor based on a hypocycloid straight line mechanism (HSM) is investigated. The HSM mechanism uses planetary gears to convert rotational motion to purely linear motion. In the conventional air compressor, the slider- crank mechanism is replaced by the HSM mechanism with appropriate counterweights. The constructed s...

We consider the problem of dynamic load balancing in arbitrary (connected) networks on n nodes. Our load generation model is such that during each round, n tasks are generated on arbitrary nodes, and then (possibly after some balancing) one task is deleted from every nonempty node. Notice that this model fully saturates the resources of the network in the sense that we generate just as many new...

Distributed traffic simulation system is usual used in large-scale traffic simulation, so the load balancing of the simulation terminals has now becoming the hot spot of research. A fixed number of simulation terminals were used to realize the load balancing of distributed traffic simulation system typically. But it’s not flexible enough. Therefore, we proposed the dynamic load balancing based ...

A parallel computer system is a collection of processing elements that communicate and cooperate to solve large computational problems efficiently. To achieve this, at first the large computational problem is partitioned into several tasks with different work-loads and then are assigned to the different processing elements for computation. Distribution of the work load is known as Load Balancin...

Load balancing is the process of redistributing the work load among nodes of the distributed system to improve both resource utilization and job response time while also avoiding a situation where some nodes are heavily loaded while others are idle or doing little work. A dynamic load balancing algorithm assumes no a priori knowledge about job behavior or the global state of the system, i.e., l...

Access skew is the most important challenge for scalable parallel systems, especially when data are in range partitioned schema. To realize scalability, many dynamic accesses skew balancing methods with data reorganization and parallel index structures on shared-nothing parallel infrastructure have been proposed. Data migration with range-partitioned placement using a parallel Btree is one solu...

Networking computers has provided a great potential for performance improvement of job execution through dynamic load balancing. In e ect, the literature on this subject concludes that dynamic load balancing algorithms can signi cantly reduce jobs waiting time. The application of these encouraging results onto real systems has proven to be di cult due to the complexity, lack of support, and lac...

The evolution of computer systems based on fine-grain multithreaded program execution models introduces both unique opportunities and tough challenges for the support of dynamic load balancing. Although load balancing is an active research topic in the distributed computing field, there is still a lack of a detailed study of the different dynamic load balancing strategies under a fine-grain mul...