An Optimal AgreementOptimal Agreement • April 30th, 2013
Abstract—A cluster of sensor nodes in Cluster-based Wireless Sensor Network (CWSN) is cooperating to achieve some objectives. For CWSN, the fault-tolerance and reliability has been an important topic. The problem of reaching agreement in the distributed system is one of the most important issues to design a fault-tolerance system. In previous works, reach a common agreement among healthy nodes to cope with the influence from faulty components is significant in a fault-tolerance system. In this study, the Optimal Malicious Agreement Protocol (OMAP) is proposed in a CWSN, which the sensor nodes maybe subject to Byzantine (malicious) failure.
An Optimal AgreementOptimal Agreement • June 29th, 2012
Abstract—A Wireless Sensor Network (WSN) is a wireless network consisting of spatially distributed autonomous devices using sensors to cooperatively monitor physical or environmental conditions. A cluster of sensor nodes in WSN is cooperating to achieve some objectives; each sensor node communicates with other sensor nodes by using broadcast in WSN, but also leads to a severe problem, such as broadcast storm. Many researchers proposed cluster schemes to improve the broadcast storm. However, Cluster-based Wireless Sensor Network (CWSN) has been more important topic than the other topics recently. For CWSN, a stable topology is an important research topic that provides good environment for transmission data. Further, the fault-tolerance and reliability of the CWSN has been an important topic. The problem of reaching agreement in the distributed system is one of the most important issues to design a fault-tolerance system. In previous works, reach a common agreement among healthy nodes to
Optimal Agreement Achievement in a Fog Computing Based IoTOptimal Agreement • November 27th, 2019
Since Fog computing is proposed to enable computing directly at the edge of the network, which can deliver new applications and services especially for the Internet of Things (IoT). In order to provide a high flexible and reliable platform of IoT, an IoT platform that combining Fog computing and Cloud computing is proposed in this study. In an IoT platform, the fault-tolerance is an important research topic. To cope with the influence from faulty components, reaching a common agreement at the presence of faults before performing some special tasks is essential. However, the previous protocols for the agreement problem of distributed computing are not enough for the IoT platform that combining Fog computing and Cloud computing. In this study, the agreement problem is revisited. The new proposed protocol can make all fault-free nodes reach agreement with minimal rounds of message exchanges and tolerate the maximal number of allowable faulty components in the IoT platform that combining F
Optimal agreement supertreesOptimal Agreement • December 27th, 2006
An agreement supertree of a collection of unrooted phylogenetic trees {T1, T2, . . . , Tk} with leaf sets L(T1), L(T2), . . . , L(Tk) is an unrooted tree T with leaf set L(T1) ∪ · · · ∪ L(Tk) such that each tree Ti is an induced subtree of T . In some cases, there may be no possible agreement supertrees of a set of trees, in other cases
OPTIMAL AGREEMENT AT M-STRUCTURE: PERSON IN DARGWAOptimal Agreement • October 22nd, 2020 • Moscow
In this section, I will propose an LFG account of agreement in Dargwa that makes extensive use of m-structure projected from f-structure (Frank & Zaenen 2004) and Optimality eory (Prince & Smolensky 1993, Bresnan 2000). I will assume that all agreement features are found at m-structure, thus the entries for nouns and pronouns are like the following:
