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IS480 Team wiki: 2015T2 REALIS Project Management - Metrics

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HOME   PROJECT OVERVIEW   PROJECT MANAGEMENT   DOCUMENTATION   THE TEAM
MINUTES METRICS PROJECT SCOPE

Schedule Metrics

REALIS SM index.png
Overall Schedule Metrics Score = Actual Days / Planned Days
SM Score Status Action Plan
SM <= 0.50 Significantly ahead of time Reschedule
0.50 < SM <= 0.80 Moderately ahead of time Start with next task. Excess time left to be used as buffer for the next iteration(s)/functionalities.
0.80 < SM <= 1.10 On track Continue as planned
1.10 < SM <= 1.30 Slightly behind time Use buffer time
1.30 < SM <= 1.60 Moderately behind time Reschedule & reallocate task if necessary
1.60 < SM Significantly behind time Work overtime or shelf/drop certain functions
REALIS Planned Actual Hrs.png


REALIS Coding Hrs.png


Schedule Lists

Overall
Iterations Planned Actual Days Changed Remarks
1 6 Oct 2014 – 15 Nov 2014 6 Oct 2014 – 31 Nov 2014 +15

Review on feedback from acceptance.
Preparation for final exams.

2 16 Nov 2014 – 31 Dec 2014 1 Dec 2014 – 31 Dec 2014 -15

Research on new technologies.

3 1 Jan 2015 – 21 Jan 2015 1 Jan 2015 – 31 Jan 2015 +7

Increased scope in data visualization. Developed more charts than required for clients to choose from.

4 22 Jan 2015 – 11 Feb 2015 1 Feb 2015 – 21 Feb 2015 -

On schedule

5 12 Feb 2015 – 25 Feb 2015 22 Feb 2015 – 3 Mar 2015 -8

Changed to preparation for and review after mid-term presentation.

6 26 Feb 2015 – 11 Mar 2015 4 Mar 2015 – 21 Mar 2015 +8

Required more time to develop Accessibility Module due to complexity in the algorithm used.
Required more time to debug on Data Visualization Module as there were lagged time when filtered data were selected.

7 12 Mar 2015 – 25 Mar 2015 22 Mar 2015 – 11 Apr 2015 +7

Additional module (Project Comparison) requested by client.

8 26 Mar 2015 – 8 Apr 2015 12 Apr 2015 – 22 Apr 2015 -

On schedule.

9 9 Mar 2015 – 22 Apr 2015 - -

Iteration removed.

Bug Metrics

Bugs Index Per Iterations
REALIS Bugs index.png


Bugs Score
REALIS Bugs Score.png
Severity Action
Low Impact (1 point)
  1. Not critical.
  2. Small error that does not affect the overall workability of the functionalities.
High Impact (5 points)
  1. Critical.
  2. Application is still able to run, however certain functionalities are unable to function properly.
Critical Impact (10 points)
  1. Very critical.
  2. Application is unable to run as usual. Stop development and fix the bugs to continue.
Overall Bug Score = 1 x Number of Low Impact Bugs + 5 x Number of High Impact Bugs + 10 x Number of Critical Impact Bugs
Overall Bug Score Action
Points < 20
  1. Make use of debugging days as planned in the schedule.
Points >= 20
  1. Pause all development and proceed with debugging.
  2. Inform supervisor of current progress.
  3. Project Manager reschedules project schedule.

Risk Assessment

Impact / Probability Low Medium High
Low C C B
Medium C B A
High B A A
Risk Level Description
A Strict adherence to mitigation plan is required. This should be constantly noted by the project manager and be reviewed during weekly meetings.
B Team's attention is required and be noted by the team in case it happens.
C To be observed by the team but no action is required as of yet.

Risk Lists

Risk Probability Impact Result Mitigation
Unsuccessful deployment of application in URA. High High A Do early deployment in URA 3 weeks prior to product delivery.
Underestimate the complexity of functions suggested by sponsors. High High A When developing functions:

1. Evaluate importance
2. Do research
3. Determine schedule feasibility before agreeing to sponsors request.

Processing massive data may lead to slow response time of the application. High High A
  1. Determine possible factors leading to slow response time (Database retrieval , cross filter, map interaction etc.)
  2. Research on methodologies to increase efficiency of identified factor
Bugs found in charting library. High High A Look for alternative charting libraries.
Unsure how coordinated linked view works. High High A Work with alternative, use onclick to filter data for individual module.
Using new technologies such as PostGIS database, D3 charts and leaflet can be challenging. Moderate Moderate B Do research on the various APIs for each technology before proceeding with coding tasks.
Ensuring that all data can be filtered dynamically less than 1 second. Moderate Low C Look for an alternative way or change chart type to display data within the shortest time possible.
Client is not used to the new idea of data visualization as they are used to using check-boxes and excel sheets. Moderate Low C Arrange more frequent meetings with them and allow them to have more time to explore the application.