wiki:Other/Summer/2015/cMF3

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Real-Time Cyber Physical Systems Application on MobilityFirst

Table of Contents

  1. WINLAB Summer Internship 2011
    1. Projects
  2. MobilityFirst Summer Intern Group
    1. Project Overview
    2. Summer Intern Group Objectives
    3. Team Members
    4. Project Links
  3. WINLAB Summer Internship 2012
    1. Projects
  4. WINLAB Summer Internship 2013
    1. Projects
  5. WINLAB Summer Internship 2014
    1. Projects
  6. 2015 Winlab Summer Internship
    1. Projects
    1. Indoor Localization
    2. Introduction
      1. Motivation
      2. What is ORBIT Lab?
      3. Overall Approach
      4. Resources
      5. Procedure
      6. Plan of Action
      7. Weekly Presentations
      8. Team
    1. SDR in ORBIT: Spectrum Sensing
      1. Introduction
      2. Team
      3. Objectives
      4. Weekly Progress
      5. Experiments
    1. LTE Unlicensed (LTE-U)
      1. Introduction
      2. Objectives
      3. Theory
      4. Analyzing Tools
      5. Experiment 1: Transmit and Receive LTE Signal
      6. Experiment 2: The Waterfall Plot
      7. Experiment 3: eNB and UE GUI
      8. Experiment 4: Varying Bandwidths
      9. Experiment 5: Working with TDD or FDD
      10. Experiment 6: TDD with Varying Bandwidths
      11. Experiment 7: TDD Waterfall Plot
      12. Poster
      13. Members
      14. Materials
      15. Resources
    1. Distributed Simulation of Power Grid
      1. Introduction
      2. Objectives
      3. People
      4. Resources
    1. Context-Aware IoT Application on MobilityFirst
      1. Introduction
      2. Objectives
      3. System Architecture
      4. Network Diagram
      5. Experiment Tools
      6. Results
      7. Future Work
      8. Team member
    1. Real-Time Cyber Physical Systems Application on MobilityFirst
      1. Introduction
    1. GNRS Assited Inter Domain Routing
      1. Introduction
    1. GNRS Management
      1. Introduction
      2. Work Milestones
    1. Effective Password Cracking Using GPU
      1. Introduction
      2. Objectives
      3. GPU
      4. Experiment
      5. Tools and Resources
  16. Body Sensor Networks
    1. Introduction
    2. Project Overview
    3. Data Collection
      1. Initial BCI data
    4. Data Analysis
    5. Tools/ Resources
    1. Unity Traffic Simulation
      1. Introduction
      2. Objectives
      3. People
    1. Mobile Security
      1. Introduction
      2. Motivation
    2. Resources
  19. Dynamic Video Encoding
    1. Introduction
    2. Goals
    3. Background Information
      1. Anatomy of a Video File
      2. What is a CODEC?
      3. H.264 Compression Algorithm
      4. Scalable Video Coding
      5. Network Emulator Test Results
      6. DASH Multi-Bitrate Encoding
      7. DASH Content Generation
      8. Bitrate Profiles
      9. Video Encoding Algorithms
      10. GPAC
    4. Presentations
    5. People
  20. 2016 WINLAB Summer Internship
    1. Projects
  21. Augmented Reality - WINLAB Summer 2016
    1. Introduction
    2. Hardware+Software Platform
    3. Project Git Page
    4. Hardware and Demo
    5. Stereoscopic Vision and Distortion Challenges
    6. Future Plans
    7. Members
  22. CYBER-PHYSICAL MARIO KART 2016
    1. Introduction
    2. Components
    3. System Overview
    4. Pictures
    5. Data
    6. Source Code
    7. Presentations
    8. Previous Work
    9. The Team
  23. Satellite Content Delivery Network project
    1. Satellite Content Delivery Network Background
    2. Project: Implementation of MobilityFirst Proxy in Apache Tomcat Server
      1. Project Description
      2. MFProxy Improvements
      3. Future Work
      4. People
      5. Weekly Project Progress
    1. SDR & Spectrum using a Drone
      1. Mission
      2. Background
      3. Project Github
      4. Progress
      5. Presentations
      6. The Team
  25. 2017 WINLAB Summer Internship
    1. Projects
  26. Drone Communication Analysis
    1. Introduction
    2. Background
    3. Tools Used
    4. Presentations
    5. Team Members
    1. Design of a pseudo-language for FPGA programming
      1. Mission
      2. Presentations
      3. The Team
  28. Mobility First : Multihoming Extension
    1. Introduction
      1. Mobility First
      2. Multihoming
    2. Mission
    3. Implementation
    4. Results
    5. Presentations
    6. People
  29. External References
    1. Quit Smoking Application
  31. SDR Smart Modem
    1. Introduction
    2. Background
    3. Tools Used
    4. Presentations
    5. The Team
    6. References
  32. 2018 WINLAB Summer Internship
    1. Projects
    1. IoT Communications
    2. Applications
    3. Team Members:
    4. Links to Weekly Presentations:
  34. 2018 Summer Research Program Open House
    1. Thursday, August 16, 2018 - 11:00AM—1:30PM
    2. Open House Photo Gallery
  35. Music Intelligence
    1. History
    2. Approach
    3. Implementation
    4. People
    5. SoundCloud
    6. Slides
  36. 2019 WINLAB Summer Internship
    1. Projects
  37. 2019 Summer Research Program Open House
    1. Thursday, August 15, 2019 - 10:00AM—1:30PM
  38. 2020 WINLAB Summer Internship
    1. Projects
  39. Adversarial Machine Learning Against Voice Assistant Systems
    1. Project Objective
    2. Tutorials
    3. Reading Material
    4. Week 1 Activities
    5. Week 2 Activities
    6. Week 3 Activities
    7. Week 4 Activities
    8. Week 5 Activities
    9. Week 6 Activities
    10. Project Website
  40. Adversarial Sensor Attacks on LiDAR-based Cooperative Perception in …
    1. Project Objective
    2. Development Tools Tutorials
    3. Machine Learning Models for Autonomous Vehicles
    4. Reading Material
    5. Week 1 Activites
  41. Investigating the Biological Impacts of Radio Spectrum Transmissions
    1. Project Overview
    2. About Our Members
    3. Project Objective
    4. Week 1 Activities
    5. Week 2 Activities
    6. Week 3 Activities
    7. Week 4 Activities
    8. Week 5 Activities
    9. Week 6 Activities
    10. Week 7 Activities
    11. Final Presentation
    12. Posters
    13. Reading Material
  42. Using FPGAs for Accelerating Machine Learning Applications
    1. Project Objective
    2. Reading Material
    3. Week 1 Activites
  43. Using FPGAs for Spectrum Sensing and Modulation Recognition
    1. Project Objective
    2. Who We Are
    3. Reading Material
    4. Week 1 Activities
    5. Week 2 Activities
    6. Week 3 Activities
    7. Week 4 Activities
    8. Week 5 Activities
    9. Week 6 Activities
    10. Week 7 Activities
    11. Final Presentation
    12. Poster
    13. WiFi Packet Generation
    14. Experiment Automation
    15. Random Number Generation with LFSR
    16. Matched Filter
  44. Smart Intersection Simulation
    1. Project Objective
    2. Reading Material
    3. Project Direction
    4. Week 1 Activities
    5. Week 2 Activities
    6. Project Website
  45. Using Machine Learning for IoT
    1. Project Objective
    2. Reading Material and Other Resources
    3. Week 1 Activites
    4. Week 2 Activites
  46. MobilityFirst Next Generation Internet Protocol Implementation
    1. Project Objective
    2. Team Members
    3. Reading Material
    4. Week 1 Activites
    5. Week 2 Activities
    6. Week 3 Activities
    7. Week 4 Activities
    8. Week 5 Activities
    9. Week 6 Activities
    10. Week 7 Activities
    11. Week 8 Activities
    12. GITLAB Repository
  47. 2020 Summer Research Program Virtual Open House
    1. Thursday, July 30th, 2020 - 2:00PM—4:00PM
  48. Real-time machine learning-based user authentication via daily …
    1. Group Members
    2. Project Objective
    3. Development Tools Tutorials
    4. Week 1 Activities
    5. Week 2 Activities
    6. Week 3 Activities
    7. Week 4 Activities
    8. Week 5 Activities
    9. Week 6 Activities
    10. Week 7 Activities
    11. Week 8 Activities
    12. Final Presentation
    13. Research Poster
  49. ROS Based Self Driving Platform Development
    1. Project Objective
    2. Reading Material
    3. Week 1 Activities
  50. Smart Intersection - daily traffic flow
    1. Project Website
    2. Gitlab Repositories
    3. Project Objective
    4. Week 1 Activities
    5. Week 2 Activities
    6. Week 3 Activities
    7. Week 4 Activities
    8. Week 5 Activities
    9. Week 6 Activities
    10. Week 7 Activities
    11. Week 8 Activities
  51. Analyzing Social Distancing Based on Sensory Inputs
    1. Project Objective
    2. Reading Material
    3. Week 1 Activites
  52. Intelligent UWB Network
    1. Project Objective
    2. Reading Material
    3. Week 1 Activites
    4. Week 2 Activites
    5. Week 3 Activites
    6. Week 4 Activites
    7. Week 5 Activites
    8. Week 6 Activites
    9. Week 7 Activites
    10. Week 8 Activites
    11. Final Week Activites
    12. Project Website
  53. 2021 WINLAB Summer Internship
    1. Projects
  54. High Speed Training Using Binary Neural Networks
    1. Group Members
    2. Project Objective
    3. Works Developing On
    4. Week 1 Activities
    5. Week 2 Activities
    6. Week 3 Activities
    7. Week 4 Activities
    8. Week 5 Activities
    9. Week 6 Activities
    10. Week 7 Activities
    11. Week 8 Activities
    12. Week 9 Activities
    13. Final Presentation
    14. Research Poster
  55. Mobile User Authentication Via Deep Learning
    1. Project Website
    2. Final Presentation
    3. Project Objective
  56. 2021 Summer Research Program Virtual Open House
    1. Friday, August 6th, 2021 - 10:00AM—12:00PM
  57. Self-Driving Vehicle
    1. Project Website
    2. Project Objective
    3. Week 1 Activities
    4. Week 2 Activities
    5. Week 3 Activities
    6. Week 4 Activities
    7. Week 5 Activities
    8. Week 6 Activities
    9. Week 7 Activities
    10. Week 8 Activities
    11. Week 9 Activities
    12. Week 10 Activities
    1. Project Website
  59. Distributed Spectrum and Channel Assignment
    1. Project Objective
    2. Week 1 Activities
    3. Week 2 Activities
    4. Week 3 Activities
    5. Week 5 Activities
    6. Week 6 Activities
    7. Week 7 Activities
    8. Week 8 Activities
  60. 2022 WINLAB Summer Internship
    1. Projects
  61. Augmented Reality Mural
    1. Project Objective
    2. Weekly Progress
    3. Background
  62. Active Driving AI Assistant
    1. Project Objective
    2. Week 1 Activities
    3. Week 2 Activities
    4. Week 3 Activities
    5. Week 4 Activities
    6. Week 5 Activities
    7. Week 6 Activities
    8. Week 7 Activities
    9. Week 8 Activities
    10. Week 9 Activities
    11. Week 10 Activities
  63. Autonomous System Infrastructure
    1. Project Objective
    2. Background Material
  64. Agricultural Monitoring of Beehive Health
    1. Project Objective
    2. Week 1
    3. Week 2
    4. Week 3
    5. Week 4
    6. Week 5
    7. Week 6
    8. Week 7
    9. Week 8
    10. Week 9
    11. Week 10
  65. FPV Remotely Piloted Car
    1. Project Objective
  66. Multi-cam Fusion for Smart Intersection
    1. Project Objective
    2. Weekly Progress:
  67. Miniature Smart Car Hardware Design
    1. Project Objective
    2. Background Material
    3. Week 1 Progress
    4. Week 2 Progress
    5. Week 3 Progress
    6. Week 4 Progress
    7. Week 5 Progress
    8. Week 6 Progress
    9. Week 7 Progress
    10. Week 8 Progress
    11. Week 9 Progress
    12. Week 10 Progress
  68. 2022 Summer Research Program Virtual Open House
    1. Thursday, August 4th, 2022 -11:00AM—1:00PM
  69. Open Radio Access Networks (ORAN)
    1. Project Objective
    2. Week 1 Activities
    3. Week 2 Activities
    4. Week 3 Activities
    5. Week 4 Activities
  70. Remote Control Robot Car
    1. Project Website
    2. Project Objective
    3. Week 1 Update
    4. Week 2 Update
    5. Week 3 Update
    6. Week 4 Update
    7. Week 5 Update
    8. Week 6 Update
    9. Week 7 Update
    10. Week 8 Update
    11. Week 9 Update
  71. A Radar-based System for Patient Discrimination
    1. Project Objective
    2. Week 1 Activities
    3. Week 2 Activities
    4. Week 3 Activities
    5. Week 4 Activities
  72. Distributed Spectrum Monitoring and Channel Sounding
    1. Project Objective
    2. Week 1 Activities
    3. Week 2 Activities
    4. Week 3 Activities
    5. Week 4 Activities
    6. Week 5 Activities
    7. Week 6 Activities
    8. Week 7 Activities
    9. Week 8 Activities
    10. Week 9 Activities
    11. Week 10 Activities
  73. Adversarial Machine Learning Against Voice Assistant Systems
    1. Project Objective
    2. Week 1
    3. Week 2
    4. Week 3
    5. Week 4
    6. Week 5
    7. Week 6
    8. Week 7
    9. Week 8
    10. Week 9
  74. 2023 WINLAB Summer Internship
    1. Projects
  75. 5G/NextG
    1. Project Objectives
      1. Topology Scenario
      2. Weekly Slides
    2. Radio System Implementation
      1. Amarisoft
      2. OpenAirInterface
    3. SMO Framework Services and Applications
      1. Topology Service
      2. Security rApp
      3. Resilience rApp
      4. Spectrum Management rApp
  76. Vehicular AI Agent Development
  77. Smart Intersection Situational Awareness
    1. Project Objective
    2. Progress
  78. Distributed Data Infrastructure
    1. Objective Of This Project
    2. Week 1
    3. Week 2
    4. Week 3
    5. Week 4 + Week 5
    6. Week 6
    7. Week 7
    8. Week 8
    9. Week 9
    10. Week 10
    11. Presentation Links
  79. Neural Networks For Feature Analysis
      1. Introductions
      2. Project Poster
      3. Project Description
      4. Week 1 Progress
      5. Week 2 Progress
      6. Week 3 Progress
      7. Weeks 4 and 5 Progress
      8. Week 6 Progress
      9. Week 7 Progress
      10. Week 8/9 Progress
  80. First-Person View Self-Driving Car
    1. Objective
    2. Abstract
    3. Hardware & Software
    4. Sockets
    5. OpenCV and Camera
    6. Challenges
    7. Future Goals
    8. Link to Presentations
    9. Link to Poster
  81. Hive Monitoring
    1. Overview
    2. Final Poster
    3. Setup
    4. Hive Camera
    5. Progress
    6. Week 1
    7. Week 2
    8. Week 3
    9. Week 4
    10. Week 5
    11. Week 6
    12. Week 7
    13. Week 8/9
    14. Presentations
  82. Resilient Edge-Cloud Autonomous Learning with Timely inferences
    1. Networking Setup for Our Experiment Setup
      1. Socket Programming: Establishing Connectivity
      2. Data Serialization and Deserialization: Ensuring Accuracy
      3. Tracking Metrics with Pandas
      4. Unraveling the Networking Workflow
      5. Our Pursuit's Significance
    2. Unveiling the Power of Training and Optimization
      1. Foundational Training
      2. Strategic Techniques for Optimization
      3. Hyperparameter Tuning
      4. Navigating Model Limitations
      5. The Significance of Training and Optimization
    3. Weekly Updates
      1. Week 1
      2. Week 2
      3. Week 3
      4. Week 4
      5. Week 5
      6. Week 6
      7. Week 7
    4. Links to Presentations
    6. References
  83. Low Latency Camera Feed Development
    1. Project Design
    2. Tools Used
    3. Week 1-2
    4. Week 3-4
    5. Week 5
    6. Week 6
    7. Weeks 7-8
    8. Week 9
    9. Week 10
    10. Code
  84. Augmented Reality Mural
    1. Project Objective
    2. Weekly Progress
  85. 2023 Summer Research Program Open House
  86. Robotic IoT SmartSpace Testbed
    1. Project Overview
      1. Hardware
    2. Project Goals
      1. The Projects's Three Phases
    3. Progress Overview
      1. WEEK ONE
      2. WEEK TWO
      3. WEEK THREE
      4. WEEK FOUR
      5. WEEK FIVE
      6. WEEK SIX
      7. WEEK SEVEN
      8. WEEK EIGHT
      9. WEEK NINE
      10. WEEK TEN
      11. Summary
      12. Future Work
  87. Security in Artificial Intelligence
    1. Project Objective
    2. Week 1
    3. Week 2
    4. Week 3
    5. Week 4 + Week 5
    6. Week 6
    7. Week 7
    8. Week 8
    9. Week 9
    10. Week 10
  88. Self Driving Vehicular Project
    1. Project Objective
      1. Week 1
      2. Week 2
      3. Week 3
      4. Week 4
      5. Week 5
      6. Week 6
      7. Week 7
      8. Week 8
      9. Week 9
      10. Week 10
    2. Project Setup Instructions
  89. 2024 WINLAB Summer Internship
    1. Projects
  90. 5G Edge Cloud Application
    1. Project Objective
    2. Week 1
    3. Week 2
    4. Week 3
    5. Week 4
    6. Week 5
    7. Week 6
    8. Week 7
    9. Week 8
    10. Week 9
    11. Week 10 + Open House
  91. AR Mural
    1. Project Description
    2. Weekly Progress
    1. Machine Learning for Traffic Behavior Analysis in Smart Cities
    2. Project Goal
    3. Week 1
    4. Week 2
    5. Week 3
    6. Week 4
    7. Week 5
    8. Week 6/Week 7
    9. Week 8/Week 9/Week 10
    1. PROJECT OVERVIEW
    2. PROGRESS LOG
    1. AI For Behavioral Discovery
  95. Breadboard Computer Project
    1. Project Objective
    2. Week 1
    3. Week 2
    4. Week 3
    5. Week 4
    6. Week 5
    7. Week 6
    1. Data Center Infrastructure Management
    2. Project Objective
    3. Progress Log
    1. Digital Twin for Network Energy Savings
    1. Week 1
    2. Week 2
    3. Week 3
    4. Week 4
    5. Week 5
  99. Magic Room: Device-Free Sensing of People using RFID Tags & Machine …
    1. Project Objective
    2. Weekly Progress
    3. Acknowledgements
    4. References
  100. Multistatic RFID interrogation & localization with Cosmos/Orbit
    1. Project Objective
    2. Weekly Progress
    1. Week 1 (5/28 - 5/30)
    2. Week 2 (6/03 - 6/06)
    3. Week 3 (6/03 - 6/06)
    4. Week 4 (6/17 - 6/20)
    5. Week 5 (6/24 - 6/27)
    6. Week 6 (7/1 - 7/3)
    7. Week 7 (7/8 - 7/11)
    8. Week 8 (7/15 - 7/18)
    9. Week 9 (7/22 - 7/25)
    10. Week 10 (7/29 - 8/1)
  102. Plant Doctor: Harnessing Backscatter Radio Sensors for Agriculture
    1. Project Setup
    2. Project Objective
    3. Weekly Progress
    4. Acknowledgements
    5. References
  103. Privacy Leakage Study and Protection for Virtual Reality Devices
    1. Project Overview
    2. Project Goal
    3. Weekly Updates
      1. Week 1
      2. Week 2
      3. Week 3
      4. Week 4
      5. Week 5
      6. Week 6
      7. Week 7
      8. Week 8
      9. Week 9
      10. Week 10
    4. Links to Presentations
    5. References
    1. Programmable Metamaterial Antenna For Physical Layer Security
    2. PROJECT OVERVIEW
    3. PROGRESS LOG
    4. References
  105. Remotely Piloted Vehicles
    1. Project Objective
      1. Week 1
      2. Week 2
      3. Week 3
      4. Week 4
      5. Week 5
    2. Final Product
    1. Real time, robust and reliable (R3) machine learning over wireless networks
    2. Project Overview
    3. Weekly Progress
    1. Self-Driving Vehicular Project
  108. Signal Avoidance Using 5G
    1. Overview
    2. Devices
    3. Concepts
    4. Results
    5. Final Regards
  109. mmWave Channel Analysis Campaign
    1. Project Objective
    2. Week 1
    3. Week 2
    4. Week 3
    5. Week 4
    6. Week 5
    7. Week 6
    8. Week 7
    9. Week 8
    10. Week 9
    11. Week 10
  110. SUMMER RESEARCH PROGRAM OPEN HOUSE
    1. Friday, August 15, 2014 - 11:00AM—1:30PM
    2. Photo Gallery
  111. Miniature Smart Car Hardware Design
    1. Project Objective

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