Difference between revisions of "Connected Safety Vest for Roadworkers"

From ISLAB/CAISR
(Created page with "{{StudentProjectTemplate |Summary=Connected vehicular infrastructure |Supervisor=Oscar Amador Molina, Alexey Vinel |Level=Master |Status=Draft }} The proposed thesis projects ...")
 
 
(4 intermediate revisions by one user not shown)
Line 1: Line 1:
 
{{StudentProjectTemplate
 
{{StudentProjectTemplate
|Summary=Connected vehicular infrastructure
+
|Summary=Development and testing of an embedded system for the protection of Vulnerable Road Users
 +
|TimeFrame=Fall 2022
 +
|Prerequisites=Programming; embedded systems; Linux (Debian)
 
|Supervisor=Oscar Amador Molina, Alexey Vinel
 
|Supervisor=Oscar Amador Molina, Alexey Vinel
|Level=Master
+
|Level=Flexible
|Status=Draft
+
|Status=Open
 
}}
 
}}
The proposed thesis projects are integral parts of larger ongoing research projects on V2X using cellular and 802.11 systems at AstaZero. Much of the work can be carried out remotely, which of course is essential in the current pandemic, but preferably on location at AstaZero in Göteborg and at the test track in Sandhult. Live demonstrations at the test track are a part of the final reporting.
+
The proposed thesis projects are integral parts of larger ongoing research projects on V2X using cellular and 802.11p systems at AstaZero. Live demonstrations at the test track in Sandhult are a part of the final reporting.
  
The project is suitable for one or two students. Details of the technical content will be discussed and specified together with the candidates and their academic supervisor. Target start is September 2021. The candidate must have a driver’s license B.
+
The project is suitable for one or two students. Details of the technical content will be discussed and specified together with the candidates and their academic supervisor. Target start is November 2022.
  
Connected Infrastructure
+
A summary of the objectives for this stage are:
AstaZero wishes to connect a number of relevant infrastructure elements to its test control system and to AstaZero's traffic management.
+
- Running an MQTT publisher/subscriber in a single-board computer.
Some examples of such connected infrastructure are
+
- Running location and activity monitoring services in the single-board computer.
• Traffic signs with controllable dynamic content and appearance ("digital road signs") for indicating the speed limit and direction of travel, etc.
+
- Establish two-way contact with an MQTT broker.
• Traffic signals/traffic lights for regulating traffic between test tracks as well as on a specific test track section. These traffic lights can be either stationary or mobile
+
- Provide haptic feedback to the user.
• Road lighting which can be adjusted during a test scenario
+
• Sensors located in the infrastructure, which communicate with, for example, a
+
vehicle about the location of other, non-connected, vehicles
+
Work content
+
• Installation of communication devices on selected infrastructure elements from the
+
above list and possibly sensors where required and on a number of AstaZero's own
+
test vehicles.
+
• Connect infrastructure and sensors with AstaZero's test control system and traffic
+
monitoring system.
+
Deliverables
+
• Demonstration of information exchange with short-range communication.
+
• Demonstration of connected infrastructure in testing scenarios at the AstaZero test
+
track.
+
• Written thesis report as per the academic requirements
+

Latest revision as of 18:46, 30 September 2022

Title Connected Safety Vest for Roadworkers
Summary Development and testing of an embedded system for the protection of Vulnerable Road Users
Keywords
TimeFrame Fall 2022
References
Prerequisites Programming; embedded systems; Linux (Debian)
Author
Supervisor Oscar Amador Molina, Alexey Vinel
Level Flexible
Status Open


The proposed thesis projects are integral parts of larger ongoing research projects on V2X using cellular and 802.11p systems at AstaZero. Live demonstrations at the test track in Sandhult are a part of the final reporting.

The project is suitable for one or two students. Details of the technical content will be discussed and specified together with the candidates and their academic supervisor. Target start is November 2022.

A summary of the objectives for this stage are: - Running an MQTT publisher/subscriber in a single-board computer. - Running location and activity monitoring services in the single-board computer. - Establish two-way contact with an MQTT broker. - Provide haptic feedback to the user.