Abstract
Intelligent Object Framework(IOF) is a platform independent framework allowing differ ent devices to be controlled, monitored and communicated. The Core Framework is developed using Microsoft Visual Studio, Microsoft’s .NET Framework and Microsoft’s Windows Mobile SDK. Secondary Intelligent Object is developed using Tibbo Integrated Development Environment (TIDE) and T -BASIC programming language that is loaded on an EM1026 Embedded Device Platform running Tibbo Operating System (TiOS). The backend is using Microsoft’s SQL Server.The successful implementation of the IOF reliesheavily on the testing and deployment which allows seamless monitoring and control of two intelligent objects without any communication glitchbetween HTC Windows Mobile enabled device and Tibbo EM1026 embedded module . In this paper, embedded systems and Bluetooth applications are first reviewed. The integration testing including First Time Access, Function Exchange, and Function Execution is presented and then followed by deployment of the IOF and the associated components. Finally conclusions are drawn.
Highlights
Intelligent Object Framework (IOF) is a platform independent framework allowing different devices to be controlled, monitored and communicated
- Navigate to Functions - Select the appropriate command to execute - Define function parameters - Click on the Execute button Device response with a status of successful command execution Status expected: IOF_STS_0001 – COMMAND OK Objective is a successful command execution
The deployment of Intelligent Object Framework with the additional HTC Mobile (Intelligent Object) and Tibbo Embedded Device (Intelligent Object 2) proved to be a success.The integration of Intelligent Object Framework consists of two primary steps in allowing full communication between the intelligent object and the intelligent object framework services, and integration of internal IOF components
Summary
“A mass in movement resists change of direction. So does the world oppose a new idea? It takes time to make up the minds to its value and importance. Prejudice and inertia of the old retard its early progress It is discredited by insincere exponents and selfish exploiters. Though, all barriers are thrown down, and it spreads like fire This will prove true of the wireless art.”[1]. To accompany the growing data exchange and communication frenzy, there has been exponential growth in communication devices, data transfer standards and software technologies and methodologies. The sophisticated hardware devices that managed data transfers would not be what they are without the underlying programs which ran them deep within their core. Current development environments of the IOF that helped in shaping managed applications facilitate developers and systems designers come up with new innovative, fast and reliable methodologies and applications that are being used [4, 5]. The deployment of the IOF and the associated components are presented with a hopeful endeavour on how to utilize the functionality to accomplish some basic control structures via a protocol standard through a wireless medium [6]
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