Greedy Routing With Anti-Void Traversal For Wireless Sensor Networks .NET Project

The unreachability problem (i.e., the so-called void problem) that exists in the greedy routing algorithms has been studied for the wireless sensor networks. Some of the current research work cannot fully resolve the void problem, while there exist other schemes that can guarantee the delivery of packets with the excessive consumption of control overheads.

Moreover, the hop count reduction (HCR) scheme is utilized as a short-cutting technique to reduce the routing hops by listening to the neighbor’s traffic, while the intersection navigation (IN) mechanism is proposed to obtain the best rolling direction for boundary traversal with the adoption of shortest path criterion.

 In order to maintain the network requirement of the proposed RUT scheme under the non-UDG networks, the partial UDG construction (PUC) mechanism is proposed to transform the non-UDG into UDG setting for a portion of nodes that facilitate boundary traversal. These three schemes are incorporated within the GAR protocol to further enhance the routing performance with reduced communication overhead. The proofs of correctness for the GAR scheme are also given in this paper.

 

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ACTIVE LEARNING METHODS FOR INTERACTIVE IMAGE RETRIEVAL .NET Project

Human interactive systems have attracted a lot of research interest in recent years, especially for content- based image retrieval systems. Contrary to the early systems, which focused on fully automatic strategies, recent approaches have introduced human-computer interaction. In this paper, we focus on the retrieval of concepts within a large image collection. We assume that a user is looking for a set of images, the query concept, within a database. The aim is to build a fast and efficient strategy to retrieve the query Concept. In content-based image retrieval (CBIR), the search may be initiated using a query as an example. The top rank similar images are then presented to the user. Then, the interactive process allows the user to refine his request as much as necessary in a relevance feedback loop. Many kinds of interaction between the user and the system have been proposed, but most of the time, user information consists of binary labels indicating whether or not the image belongs to the desired concept.

 

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Bidding system with Multi brand Product Selection .NET Project

The “Bidding System with Multi Brand & Product Selection” is a collection of agreements and conventions describing the meanings of calls used during the bidding phase of contract bridge. The good features of all these forums are incorporated in to this Product Selection to make it really an online solution for all forum needs.

The “Bidding system with Multi brand & Product Selection” is a web-based enterprise application that automates all possible business functionalities of the bidding sector such as providing information catalog of various companies’ products, participate the new action to the particular product, providing information of the company’s, providing particular product cost, deposited the amount and providing alerts to the user who is participate the actions. As this is a web application, it supports to the customers to purchase the product easy way.

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