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Progress Update on Sensor Data Processing System Development

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cameran-clark
14 diapositives · 266 Views · Nov 27, 2014

This document provides a comprehensive progress report on the development of a sensor data processing system. The team, consisting of Nick Pickering, Duncan McCaslin, Jonathon Brummitt, Mike Lee, Steve Holland, and Phil Artley, has achieved significant milestones, including the establishment of a systems process, acquisition of key hardware, and initial prototyping using LabVIEW. Current challenges include sensor attachment, user interface design, and resource management. The direction for future development emphasizes prototype refinement, user interface improvements, and collaboration in addressing identified challenges.

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Progress Update on Sensor Data Processing System Development
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  1. Reference: PRO/SPT/PPR/002-NP/SH Date: 01/12/00 Issue 1 Author: N.Pickering / S.Holland Progress Update Group members • Nick Pickering • Duncan McCaslin • Jonathon Brummitt • Mike Lee • Steve Holland • Phil Artley

  2. Contents • Overview of system • Achievements • Current Status • Way forward • Challenges • Summary

  3. Overview of System

  4. Overview of System Set-up Attachment Performance Sensors Data Link DAQ card Filtering Manipulation Display

  5. Progress Report

  6. Achievements • Systems Process established • Support • webpage • Research into field of Human Science • Science Report • System Level Specifications • PC, DAQ Card, Use of Labview, sensors • Purchased equipment • 1st prototype of labview

  7. Current Status of WIP • Labview manipulating data from sensors and displaying wire frame. • Sensors • Decided on use of potentiometers • Specific potentiometer not chosen (prototyping between digital & analogue) • Attachment method not decided.

  8. Way forward • Attachment investigation (following on from science report). • Prototype of multiple sensors (Wk 5) • Labview • User interface • Set-up programme (BIT) • Connectors • Sensors to DAQ card interface

  9. Challenges • Attachment of sensors • Suitable user interface • Timescale - Outline design slip. • Animation • Labview not being good enough • Cost of animation packages • Unplanned effort required to utilise animation package

  10. Conclusion • Background knowledge established • Systems process in place & working • Key hardware acquired • Outline design near completion We have planned the work… ...now we need to work the plan

  11. Questions

  12. Outline Design • Built in test • Input limb lengths Set-up • Frame • Support Attachment • Wire wound rotary potentiometer • Support Sensors • Standard wiring • Junction box Data Link DAQ card • Possibly not required? Filtering Manipulation Display

  13. Systems Process Customer Req Customer Acceptance Customer Trials Systems Req Systems Testing Baseline SDR Outline Design Verification Design Decisions Syst. Integration Design Decisions Design Decision S/S Integration Design Decisions S/S Integration Syst. Integration Req. Capture Subsystems Req Subsystems Testing Detailed Design Baseline Verification PDR Req. Capture Building block Req Building block Testing Baseline Verification CDR Manufacture

  14. Design assessment New requirements identified Limitations Interface consideration Identify possible solutions Identify Requirements to fulfil New requirements identified • Requirements INPUT More possible solutions • Investigation • Research • Prototyping NO Fulfil requirements? Requirements unrealistic? NO YES YES • Requirements • Raise Risk OUTPUT System Design Review OK? NO YES • Next Level of Design • Raise Risk Issue Design Decision OUTPUT