The paper presents a parameterized and highly customizable semantic matchmaking framework. The matchmaking approach on which this framework is based distinguishes three types of matching: functional attributelevel matching, functional service-level matching, and non-functional matching. The functional matching permits to eliminate web services that fail to meet the user functional requirements....

Mobile systems are characterised by the fact that they operate in an environment prone to rapid and drastic changes [4]. More specifically, attributes like network quality of service (QoS) or power availability can vary significantly compared to non-mobile systems. Mobile applications should be capable of being informed of such changes and should also be able to adapt their behaviour accordingl...

Today there are many techniques for web service compositions. Evaluation of quality parameters has great impact on evaluation of final product. BPEL is one of those techniques that several researches have been done on its evaluation. However, there are few researches on evaluation of QoS in eflow. This research tries to evaluate performance and reliability of eflow and BPEL through mapping them...

Quality of service (QoS) is an important issue in the design and management of web service composition. QoS in web services consists of various non-functional factors, such as execution cost, execution time, availability, successful execution rate, and security. In recent years, the number of available web services has proliferated, and then offered the same services increasingly. The same web ...

In this paper, we propose a novel trust computation framework (TCF) for cloud services. Trust is computed by taking into consideration multi-dimensional quality of service (QoS) evidence and user feedback. Feedback provides ample regarding the experience (QoE) users. However, in some cases, users may behave maliciously report false Users can carry out collusion Sybil attacks to slander/self-pro...

The systems in which information and communication technologies and systems engineering concepts are utilized to develop and improve transportation systems of all kinds are called “The Intelligent Transportation Systems (ITS)”. ITS integrates information, communications, computers and other technologies and uses them in the field of transportation to build an integrated system of people, roads ...

With advantages such as short and long transmission ranges, D2D communication, low latency, high node density, the 5G communication standard is a strong contender for smart healthcare. Smart healthcare networks based on are expected to have heterogeneous energy mobility, requiring them adapt connected environment. As result, in 5G-based healthcare, building routing protocol that optimizes consu...

abstract for evaluating nacl salinity effect on some physiological and qualitative attributes of five winter canola cultivars, an experiment was conducted in a rcd base factorial in three replicates in greenhouse of east azarbaijan agricultural research center in 2008. five salinity levels as 0, 50, 100, 150 and 200 mm nacl treated as first factor on five rape seed (fornax, licord, elite, slm04...

High-speed rail (HSR) communication has always been an attractive research topic with the continuous progress of transportation systems and technologies. Recently, Hyperloop emerged as a candidate for very high-speed systems. Because its outstanding potential, can usher in new era several features. Developing suitable system solutions is crucial to bring this promising technology closer reality...