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<b>Abstract</b><p align="justify"><br />Airborne Instrumentation System {AIS) is an instrumentation system installed on-board the prototype aircraft for performing flight test data processing and flight test data presentation. In this case, it requires a software wh...
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| Format: | Theses |
| Language: | Indonesia |
| Online Access: | https://digilib.itb.ac.id/gdl/view/6558 |
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| Institution: | Institut Teknologi Bandung |
| Language: | Indonesia |
| Summary: | <b>Abstract</b><p align="justify"><br />Airborne Instrumentation System {AIS) is an instrumentation system installed on-board the prototype aircraft for performing flight test data processing and flight test data presentation. In this case, it requires a software which is able to control the duties of MS. Therefore, an Airborne real Time Instrumentation System (ARTISt) software has been developed to control Airborne Instrumentation System (AIS) in real time.<br />ARTISt software has capabilities for parameters initialization according to the calibration file, electrical data.<p align="justify"><br /> communication and collection from ARTISt card, data conversion from electrical data into engineering data, data presentation to the monitor, data printing and data storing to the harddisk. In this thesis, it describes parameters initialization, data communication and data collection. Moreover, ARTISt is able to perform the communication and collect data in PCM format in memory of PC. There are two files which support ARTISt. There is a file which will perform gathering PCM data and another one will create buffer in memory of PC in order to accommodate PCM stream data. The data inter communication is controlled by hardware interrupt, and data transmission uses Direct Memory Access (DMA).<p align="justify"><br /> method.<br />The phases in the development of ARTISt software are based on V cycle. It begins from analysis phase, then design phase, implementation and CSU and CSCI testing (formal qualification). Analysis phase uses SAJRT method, and TODD is applied to the design phase. Coding is implemented with Borland C version 3.1 (under MS-DOS) compiler due to C-ANSI standard. Testing phase is performed to comply with software specifications. Formal qualification testing indicates that ARTISt software complies with the requirements.<p align="justify> |
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