Changes between Version 31 and Version 32 of Other/Summer/2023/AgentDev
- Timestamp:
- Aug 9, 2023, 5:18:33 PM (16 months ago)
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Other/Summer/2023/AgentDev
v31 v32 29 29 [#week8 -- Week 8 & 9 Contents --][[BR]] 30 30 [#week10 -- Week 10 Contents --][[BR]] 31 31 [#ack&ref -- Acknowledgement and References --][[BR]] 32 32 33 33 [=#week1] … … 64 64 <hr /> 65 65 }}} 66 67 66 68 [=#week2] 67 69 {{{#!html … … 95 97 </ul> 96 98 }}} 99 100 97 101 [=#week3] 98 102 {{{#!html … … 104 108 </ul> 105 109 <h4>Summary</h4> 106 <p>During this week, we spent some time discussing how we will be storing the data that will be collected from CARLA sensors. We have decided to use Django along with django-rest-framework to create the REST API and connect it to our Postgre sdatabase. We were able to successfully implement the RGB image model/schema and successfully test the Create, Read, Update, and Delete operations with the RGB model. In other words, we are now able to store and retrieve RGB images from the database through the REST API.</p>110 <p>During this week, we spent some time discussing how we will be storing the data that will be collected from CARLA sensors. We have decided to use Django along with django-rest-framework to create the REST API and connect it to our PostgreSQL database. We were able to successfully implement the RGB image model/schema and successfully test the Create, Read, Update, and Delete operations with the RGB model. In other words, we are now able to store and retrieve RGB images from the database through the REST API.</p> 107 111 108 112 <p>While experimenting with CARLA cameras, we ran into some bugs where the image being collected was corrupted and did not display a clear image. The images appeared to be distorted with fast-moving horizontal stripes. Our team spent some time debugging the issue and reading between the lines of the code.</p> … … 135 139 }}} 136 140 141 137 142 [=#week4] 138 143 … … 180 185 181 186 187 182 188 [=#week5] 183 189 {{{#!html … … 232 238 </p> 233 239 240 <center> 241 <figure> 242 <img alt="Town-12" src="https://carla.readthedocs.io/en/latest/img/catalogue/maps/town12/town12.webp" /> 243 <figcaption>Town-12</figcaption> 244 </figure> 245 </center> 234 246 235 247 <h4>Next Steps</h4> … … 253 265 254 266 <h4>Summary</h4> 267 268 <p>During the final week, we spent time collecting statistical and graphical data by having our scenarios driven by different subjects. The data that was collected included the Braking data, the number of collisions that the subject had during the course of the scenario, the changes in the steering angle, the changes in the speed and also the lane invasions. 269 </p> 270 271 <h4>Future Goals</h4> 272 <ul> 273 <li>Loading the Town-12 and having more scenarios in it for large-scale testing with the help of better hardware support. </li> 274 <li>Integrating the Carla PazNet model and training the model using the data collected from scenarios.</li> 275 </ul> 276 277 278 <h4>Resources</h4> 279 <ul> 280 <li><a href="https://docs.google.com/presentation/d/1l1sBJccgTNPLDIJUSVuwGnhMMf8rcKQkJLOSxVYmxJM/edit?usp=sharing">[Final Presentation Here]</a></li> 281 </ul> 282 283 }}} 284 285 286 [=#ack&ref] 287 {{{#!html 288 <h4>Acknowledgement</h4> 255 289 <p> 256 290 We would like express our sincere gratitude to our advisor Professor Jorge Ortiz and our project mentor Navid Salami Pargoo for their invaluable guidance and support throughout the internship. We would like to thank Noreen DeCarlo, Jennifer Shane, and Ivan Seskar for giving us this wonderful learning experience at WINLAB. 257 291 </p> 258 292 259 293 260 <h4>Resources</h4> 261 <ul> 262 <li><a href="https://docs.google.com/presentation/d/1l1sBJccgTNPLDIJUSVuwGnhMMf8rcKQkJLOSxVYmxJM/edit?usp=sharing">[Final Presentation Here]</a></li> 263 </ul> 264 265 <h4>Poster References</h4> 294 <h4>References</h4> 266 295 <ul> 267 296 <li>[1] T. Wu, N. S. Pargoo, and J. Ortiz, “Poster abstract: Multi-sensor fusion for in-cabin vehicular sensing applications,” in Proceedings of the 22nd International Conference on Information Processing in Sensor Networks, ser. IPSN ’23, San Antonio, TX, USA: Association for Computing Machinery, 2023, pp. 332–333, ISBN: 9798400701184. DOI: 10.1145/3583120.3589836. [Online]. Available: https://doi.org/10.1145/3583120.3589836. … … 270 299 <ul> 271 300 272 273 274 }}} 275 276 301 }}} 302 303 304 305