User Story #309
closedFeature #207: Iris MCR
Preliminary Research on Auto-Focus Feasibility/Implementation
Description
The purpose of this task is to conduct preliminary research on the feasibility and implementation of auto-focus for the payload camera. Auto-focus is a feature that allows the camera to adjust its focus automatically based on the distance and brightness of the target object. This feature could improve the image quality and resolution of the payload data.
The research should include:
- A literature review of existing auto-focus algorithms and techniques, such as contrast detection, phase detection, hybrid detection, etc.
- A comparison of the advantages and disadvantages of each technique in terms of accuracy, speed, complexity, and power consumption.
- A feasibility analysis of implementing auto-focus on the payload hardware and software, considering the constraints and requirements of the mission.
- A preliminary design proposal of an auto-focus system for the payload camera, including a block diagram, a flowchart, and a list of components and specifications.
The expected outcome of this task is a report that summarizes the findings and recommendations of the research. The report should be clear, concise, and well-referenced. The report should also include a risk assessment and a contingency plan for the auto-focus system.
Updated by Dipesh Aggarwal about 2 years ago
- Due date changed from 04/02/2023 to 04/16/2023
- Estimated time changed from 4:00 h to 10:00 h
Updated by Dipesh Aggarwal about 2 years ago
- Project changed from Sprint 003 to CUBICS
Updated by Dipesh Aggarwal about 2 years ago
- Due date changed from 04/16/2023 to 05/16/2023
Updated by Dipesh Aggarwal about 2 years ago
- Project changed from CUBICS to Sprint 004
- Subsystem deleted (
Iris) - Subgroup deleted (
Iris Optics)
Updated by Dipesh Aggarwal almost 2 years ago
- Subsystem set to Iris
- Subgroup set to Iris Optics
Updated by Yeh-In Kang almost 2 years ago
- Project changed from Sprint 004 to CUBICS
Updated by Dipesh Aggarwal almost 2 years ago
- Due date changed from 05/16/2023 to 05/23/2023
Updated by Dipesh Aggarwal almost 2 years ago
- Project changed from CUBICS to Sprint 005
Updated by Dipesh Aggarwal almost 2 years ago
Dipesh Aggarwal wrote:
The purpose of this task is to conduct preliminary research on the feasibility and implementation of auto-focus for the payload camera. Auto-focus is a feature that allows the camera to adjust its focus automatically based on the distance and brightness of the target object. This feature could improve the image quality and resolution of the payload data.
The research should include:
- A literature review of existing auto-focus algorithms and techniques, such as contrast detection, phase detection, hybrid detection, etc.
- A comparison of the advantages and disadvantages of each technique in terms of accuracy, speed, complexity, and power consumption.
- A feasibility analysis of implementing auto-focus on the payload hardware and software, considering the constraints and requirements of the mission.
- A preliminary design proposal of an auto-focus system for the payload camera, including a block diagram, a flowchart, and a list of components and specifications.The expected outcome of this task is a report that summarizes the findings and recommendations of the research. The report should be clear, concise, and well-referenced. The report should also include a risk assessment and a contingency plan for the auto-focus system.
Assigned to: @Dipesh Aggarwal, @Yeh-In Kang
Updated by Dipesh Aggarwal almost 2 years ago
- Priority changed from Normal to High
Updated by Dipesh Aggarwal almost 2 years ago
- Status changed from New to Closed
Updated by Dipesh Aggarwal almost 2 years ago
- Success Criteria set to See description.
Updated by Dipesh Aggarwal almost 2 years ago
- Project changed from Sprint 005 to CUBICS