This paper focuses on application built using the Java Platform,
Enterprise Edition (Java EE).
In this application, the business-tier is
based on representational state transfer (RESTful) web services, and the
presentation tier adopts Angular(x) framework.
تقييم الأداء
performance evaluation
web applications
التطبيقات الموزعة
Distributed Applications
تطبيقات التجارة الالكترونية متعددةُ الطبقات
تطبيقات الوب
Multitiered ecommerce applications
خدمات وب نقل الحالة التمثيلية
Java EE7
AngularJS
Angular2
representational state transfer (RESTful) web services
chrome DevTools
المزيد..
In our thesis, we present many previous approaches for mapping BPMN to BPEL. Moreover, we compare between their own strengths and weaknesses. Then we offer our new approach based on ESHUIS-GREFEN2 algorithm. We develop this algorithm to accept BPMN a
s input and BPEL as output. In addition, we solve the synchronization problem in ESHUIS algorithm by adding algorithm to find and process cross-synchronization links between parallel branches. We evaluated our approach by doing two case studies and comparing the results with other approaches and implementations.
خدمات ويب
Web Services
BPMN
مخطط إجرائية العمل
تمثيل رمزي لإجرائيات العمل
اللغة التنفيذية لإجرائيات العمل
تجميع الخدمات
الإجرائيات المهيكلة
الروابط المتزامنة
مخطط إجرائية العمل المبني بشكل جيد
Business process diagram
BPEL
composing services
structured process
synchronization dependencies
well-formed business process diagram
المزيد..
There is a need for a standard protocol that provides safe and
reliable commands transportation to devices over Internet/ Intranet.
Thus, we propose in this paper an Automatic Remote Control
Protocol ARCP that helps designers and programmers to es
tablish
the connection and data transport between circuits/devices over the
networks which control them safely and easily. The protocol allows
sharing the circuits under control, where they can send or respond
to commands over the Internet. We also provide a practical
implementations and tests for this protocol using different devices
interfaces and controlling then remotely by building a website with
an easy and flexibly user interface.
Web Engineering Methodologies (WebML UWE Hera RMM) support the representation and
modeling of web services in a lifecycle, based on service oriented architecture (SOA). Theses
methodologies, however, vary in supporting semantic web components and s
emantic web services (SWS).
In this work, we present a general comparison between different web engineering methodologies with
special attention to semantic web components modeling and we track the weaknesses of common web
engineering methodologies in modeling semantic web services.
This work presents also an extension to WebML methodology where symbols, diagrams and notions are
added to support the modeling of semantic web services according to DAML-S framework (DARPA
agent markup language for services). Additionally, a software tool was built to support this extension
and generate ontologies of semantic web services automatically based on new diagrams. This tool also
supports matching with semantic ranking between semantic web services advertisements and client's
requests.