IEEE projects for B.E , M.E and Ph.D

TUTORIAL 059 / 100 Agile And Devops A self-paced online tutorial session on advanced agile concepts, part of the Agile And Devops track. Work through the topics below, then reach out any time if you'd like a live walkthrough. Estimated session length: 9 hours Format: Online, self-paced What this tutorial covers 01 Introduction to Large-Scale Scrum (LeSS) and Scaled Agile Framework (SAFe) 02 Distributed Agile Teams: Challenges and Best Practices 03 Agile at Enterprise Level: Portfolio Management and Release Planning 04 Agile Leadership and Culture- Servant Leadership in Agile Organizations 05 Creating a Culture of Collaboration and Continuous Improvement 06 Agile Transformation: Strategies and Challenges 07 Tutorial on Jira How to use this session Read through each topic in order — they build on one another. Keep a notes document open and try to restate each concept in your own words before moving to the next one; that single habit does more for rete...

TUTORIAL 058 / 100 Agile And Devops A self-paced online tutorial session on foundations of agile development, part of the Agile And Devops track. Work through the topics below, then reach out any time if you'd like a live walkthrough. Estimated session length: 9 hours Format: Online, self-paced What this tutorial covers 01 Introduction to Agile Development 02 Understanding the Origins and Evolution of Agile 03 Agile Manifesto: Values and Principles 04 Agile Methods Overview: Scrum, XP 05 Kanban 06 Lean 07 Agile Principles and Practices- Agile Roles: Scrum Master 08 Product Owner 09 Team Members 10 Agile Practices: Sprint Planning 11 Daily Stand-ups 12 Sprint Review 13 Retrospective 14 Continuous Integration and Test-Driven Development (TDD) 15 Agile Estimation and Planning Techniques 16 Tutorial on scrum master How to use this session Read through each topic in order — they build on one another. Keep a notes document open and try to restate eac...

TUTORIAL 056 / 100 Quantum Computing A self-paced online tutorial session on quantum error correction and communication, part of the Quantum Computing track. Work through the topics below, then reach out any time if you'd like a live walkthrough. Estimated session length: 9 hours Format: Online, self-paced What this tutorial covers 01 Quantum Decoherence 02 Error Models 03 Bit Flip 04 Phase Flip 05 And Combined Errors 06 Quantum Error Correction Codes (Qecc) 07 Shor Code 08 Quantum Teleportation 09 Superdense Coding 10 Entanglement Swapping How to use this session Read through each topic in order — they build on one another. Keep a notes document open and try to restate each concept in your own words before moving to the next one; that single habit does more for retention than re-reading ever will. If any topic above needs a deeper explanation, a worked example, or a live session with an instructor, get in touch using the details below and w...

TUTORIAL 054 / 100 Quantum Computing A self-paced online tutorial session on quantum logic gates and circuits, part of the Quantum Computing track. Work through the topics below, then reach out any time if you'd like a live walkthrough. Estimated session length: 9 hours Format: Online, self-paced What this tutorial covers 01 Single And Multi-Qubit Gates 02 Pauli Matrices 03 Hadamard 04 Cnot 05 Phase, T 06 And Toffoli Gates 07 Gate Universality 08 Quantum Circuit Representation 09 Reversible Computing 10 Circuit Simplification How to use this session Read through each topic in order — they build on one another. Keep a notes document open and try to restate each concept in your own words before moving to the next one; that single habit does more for retention than re-reading ever will. If any topic above needs a deeper explanation, a worked example, or a live session with an instructor, get in touch using the details below and we'll set up...

TUTORIAL 052 / 100 Fog Networks In IoT A self-paced online tutorial session on modeling and simulation of fog computing, part of the Fog Networks In IoT track. Work through the topics below, then reach out any time if you'd like a live walkthrough. Estimated session length: 9 hours Format: Online, self-paced What this tutorial covers 01 Environments Using iFogSim Toolkit: iFogSim Simulator and Its Components-Installation of iFogSim-Building Simulation with iFogSim-Example Scenarios: Create Fog Nodes with Heterogeneous ConfigurationsCreate Different Application Models-Application Modules with Different Configuration-Sensors with Different Tuple Emission Rate-Send Specific Number of Tuples from a Sensor-Mobility of a Fog Device-Connect Lower-Level Fog Devices with Nearby Gateways-Make Cluster of Fog Devices-Simulation of a Placement Policy- Exploiting Fog Computing in Health Monitoring: An Architecture of a Health Monitoring IoT-Based System with Fog Computing- Fog Comp...

TUTORIAL 051 / 100 Fog Networks In IoT A self-paced online tutorial session on security and privacy of internet of things (iot) systems, part of the Fog Networks In IoT track. Work through the topics below, then reach out any time if you'd like a live walkthrough. Estimated session length: 9 hours Format: Online, self-paced What this tutorial covers 01 Security and Privacy Issues in IoT-Security Concerns at Different Layers in IoT-Privacy Concerns in IoT Devices-Machine-Learning Algorithms in IoT- Use of Artificial Neural Networks (ANN) to Forecast and Secure IoT Systems-New Flavors of Attacks on IoT Devices- Effective ML Techniques to Achieve IoT Security-Machine Learning in Fog Computing How to use this session Read through each topic in order — they build on one another. Keep a notes document open and try to restate each concept in your own words before moving to the next one; that single habit does more for retention than re-reading ever will. If any...

TUTORIAL 050 / 100 Fog Networks In IoT A self-paced online tutorial session on data management and predictive analysis in fog computing, part of the Fog Networks In IoT track. Work through the topics below, then reach out any time if you'd like a live walkthrough. Estimated session length: 9 hours Format: Online, self-paced What this tutorial covers 01 Structure of data management in fog computing-Fog data life cycle- Data Characteristics- Data Pre-Processing and Analytics- Data Privacy- Data Storage and Data Placement- e-Health Case Study- Proposed Architecture- Predictive Analysis to Support Fog Application Deployment: Motivating Example: Smart Building- Predictive Analysis with FogTorch- Comparing iFogSim and FogTorch How to use this session Read through each topic in order — they build on one another. Keep a notes document open and try to restate each concept in your own words before moving to the next one; that single habit does more for retention th...