Design of Integrated Data Simulator for Warship Integrated Platform Management System Based on Interface Adaptation and Data Binding

Author(s):  
Gui Canzhi ◽  
Guo Cheng ◽  
Chen Long
Author(s):  
Maha Mohamed Ahmed Al Habsi ◽  
Syed Ateeq Ahmed

There are many private hospitals in Oman. Some of the hospitals are having their own web-based applications providing the details of services provided by the hospital and manage appointments done by the patients. However, there is no web-based application which provides a common integrated platform to compare services provided by various hospitals and manage the patient’s consultations with doctors. This research paper is targeted towards integrating services provided by various private hospitals. The prime focus of this research is to design a prototype for web-based application and provide an implementation strategy in developing an integrated solution. This research is intended towards serving the community in Oman by giving the flexibility to the patients in comparing the services of various hospitals with ease and choosing the hospital of their choice by booking appointments easily from their home avoiding long waiting queues in hospitals. The proposed prototype system can also manage the patient’s treatment details and track their medical history.


2015 ◽  
Vol 2015 ◽  
pp. 1-5 ◽  
Author(s):  
Mohd Amir Azmi ◽  
Dalbir Singh

A Learning Management System (LMS) is a system which acts as an integrated platform for the management of the learning process used to facilitate the process of communication between students and instructors. Although LMS is considered an important element in learning, most students do not utilise the system to its fullest extent, finding it more convenient if the activities carried out on the system are done outside the system. These factors have contributed to the issues as to why LMSs are not being used effectively and efficiently. With the accelerating pace of information technology, educational institutions should attempt to revolutionise their teaching techniques. Furthermore, combining gaming concepts can potentially increase the LMS’s usability level helping to foster healthy competition among students and increase their interest in their daily learning. With regard to this objective, a prototype was developed as a proof of concept. The prototype is a web-based software and can be accessed via the Internet at all times. The teacher monitors the students’ performance through the analysis of test results or tutorials conducted by the system. In conclusion, this study will present the modules that have been built into the system that could improve the overall process of education.


2020 ◽  
Vol 220-221 (1-2) ◽  
pp. 59-71
Author(s):  
Rafał Warżała

AbstractThis article contains a description of the implemented STANTOS™ Integrated Platform Management System (IPMS) laboratory created by Research and Development Center Maritime Technology Center for the Polish Naval Academy in Gdynia. The author briefly described the topology of the solution, justifies the choice of hardware and software solutions. Concept of use was written, where the usefulness of the implemented laboratory was motivated, with a focus on cases where safety plays a key role.


Author(s):  
J Chilcott ◽  
N Kennedy

Reduced manning has long been an aspiration for navies, due to manpower shortages and a desire to reduce through life costs, whilst the requirements for mission capable, effective and flexible vessels have continued to grow with the evolution of military operations.  The challenge for industry is to provide a naval platform with increased capability and agility, whilst embracing sufficient automation to support a reduced complement.   An Integrated Platform Management System can provide the answer to many of the challenges posed by a lean manned platform.  However, to fully exploit the benefits of such a system, the operator characteristics and supporting technology must be fully considered.  In terms of Integrated Platform Management System design, a truly distributed architecture, extensive system integration, intuitive alarms and warning policies, and the inclusion of remote alarm panels with paging systems, can all help to tackle the reduced manning challenge.  As technology evolves so will the ability to optimize ships’ operations and develop new ways of achieving mission objectives whilst addressing the reduced manning challenge.  There are a number of themes currently driving innovation in the maritime market, such as remote support initiatives, most prevalent in the commercial maritime sector.  Furthermore, the adoption of intelligent systems, such as smart valves, can offer significant benefits against the background of ever reducing manning levels. 


Author(s):  
Maha Mohammed Al Habsi ◽  
Syed Ateeq Ahmed

There are many private hospitals in Oman. Some of the hospitals are having their own web-based applications providing the details of services provided by the hospital and manage appointments done by the patients. However, there is no web-based application which provides a common integrated platform to compare services provided by various hospitals and manage the patient’s consultations with doctors. This research paper is targeted towards integrating services provided by various private hospitals. The prime focus of this research is to design a prototype for web-based application and provide an implementation strategy in developing an integrated solution. This research is intended towards serving the community in Oman by giving the flexibility to the patients in comparing the services of various hospitals with ease and choosing the hospital of their choice by booking appointments easily from their home avoiding long waiting queues in hospitals. The proposed prototype system can also manage the patient’s treatment details and track their medical history.


2020 ◽  
Vol 23 (6) ◽  
pp. 28-39
Author(s):  
I. G. Kirpichev ◽  
D. V. Petrov ◽  
Yu. M. Сhinyuchin

The article discusses the formation of complex tasks of information support processes of development, manufacturing and subsequent mass long-term operation of new and advanced aircraft, aimed at further development of innovative approaches to integrated cross-industry system (platform) after-sales support of technical and flight-technical operation of civil aircraft. The article reveals the content of the main tasks focused on ensuring and managing flight safety in civil aviation of Russia and interrelated with the recommendations and legislative requirements of Annex 19 to the ICAO Convention and the Safety Management Manual. The most important factor in this case is to take into account the most complex requirements for the flight safety management system associated with maintaining the airworthiness of aircraft as a mode of transport of particular risk of use. The analysis was carried out and the General Scheme of the Multifunctional Integrated Platform was developed within the framework of the Information and Analytical Support System for the technical operation of aircraft components in relation to the scientific and production enterprise "Aerosila". The developed integrated platform realized in this air enterprise and providing information support on the allocated main functional modules is presented: the module "Safety Management System"; the module "Quality System"; the module "Certification" on the allocated objects of certification. As a result, a common information and analytical system was built, taking into account the degree of its implementation in the conditions of “Aerosila” air enterprise.


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