Question

1. Data management, device management and network management of IoT is crucial to data integrity and transmission. T F 2. An IoT application is a set of wireless devices that act together to perform some sensing and control function. Most applications also provide a user interface, such as a mobile app or cloud-based service. In general, each application is deployed independently of any other applications that may be operating in the area and forms its own separate, cryptographically isolated network. T F 3. What are some of issues related to the coexistence of IoT with other devices? 4. Coexistence is essential for ……………………, …………. communication in the Internet of Things (IoT). T F 5. What are some of approaches to eliminate/mitigate interferences on IoT communication systems? 6. As IoT becomes pervasive, there will be many independent networks operating in any given location. Devices will experience high levels of both homogeneous and heterogeneous radio…………………………. 7. In ………………………. spectrum, there is not necessarily any basis for a trust relationship between networks. Networks with overlapping wireless coverage may well have been deployed by unrelated actors. There is no single ……………….. that has an administrative relationship with all of the potentially interfering networks in any given location. This means that there is no entity that all networks can trust to coordinate their access to the shared channel. 8. What are the key factor(s) drive coexistence concerns. a. Increased use of wireless technology for critical equipment connectivity b. Intensive use of unlicensed or shared spectrum c. Higher deployment rates of sensitive equipment, including medical devices (intravenous infusion pumps, pacemakers), and emergency detection devices (such as those found in a connected vehicle) d. Massive deployments of sensors for smart cities, industrial applications and beyond e. All of the above 9. Routing protocols in IoT make different tradeoffs between latency, reliability, energy efficiency and overhead, depending on the IoT application requirements. T F 10. IoT networks are severely resource constrained in many respects, including channel capacity, energy, hardware capabilities and cost. T F 11. What are the available models in Raspberry pi? 12. Why are some industries more advanced than others? 13. Why are some governments more “plugged-in” than others in terms of IoT advances? 14. What are some of the more inventive applications of IoT? Why? In what spaces? 15. What are some of the leading technologies in the IoT space, and why? What are the aspects of these applied technologies that may account for their success? (And what about those that have not achieved success? And why did these IoT technologies likely not achieve success?) 16. Who are the leading makers of the respective technologies? 17. What are some of the ways that the movers and shakers in this space are positioning for the short-term, the middle-term, and the long-term? Which are the bets that seem most likely to pay off? Why? 18. What is the use of BLE in IOT? 19. Explain why energy consumption will be an issue when the Internet of Things is implemented? 20. What is the state of research in IoT? Who are the main researchers? What are some of the most important research contributions, and why? 21. What are some theoretical and conceptual models being applied to this space? 22. What are some of the main preferences of the human consumers of IoT devices, applications, and services, and why? What sorts of marketing research is being done in this area, and what are some of their early findings? 23. What is the Current Federal Regulatory Role of USA Government relevant to Internet Of Things (IoT)? 24. Name several long range standards/technologies for IoT communication systems. 25. How is IoT being thought of as disruptors in private industry? The public sector? In non-profit or voluntary spaces? 26. The availability of High-speed internet will be a major drawback in the Internet of Things development and implementation. T F 27. What does WSN represent in Internet of Things idea? 28. Where are the inroads being made at the macro levels? 29. What are some potential game changers in this space? The most creative applications? 30. What are some creative uses of data collected in IoT, and why? 31. IoT is a two-way communication where M2M is one way based on trigger actions. T F 32. IoT is a digital connectivity among various devices to communicate while M2M is device connected to from work cycle using various machines. T F 33. M2M or sensor business needs/rely on internet while IoT do not. T F 34. What are the impacts that can be observed in implementing internet of Things on Agriculture sector? 35. Physical separation of IoT devices, frequency separation and time separation (time slots) are some of the methods to reduce ………………in IoT communications systems. 36. What is ZigBee Protocol for Internet of Things (IoT)? 37. Names several technologies/standards used for short –range IoT 38. What is Internet of Everything (IoE)and for what reason is IoE vital? 39. What are main step(s) to ensure an IoT device works in its intended environment? 40. Which of these following wireless technology provide Mesh Network architecture in easiest way i. Bluetooth i. ZigBee ii. Wi-Fi iii. None of the above 41. ZigBee is based on with of the following standard a. IEEE 802.15.4 b. IEEE 802.5 c. IEEE 802.4.13 d. Both a and b

Answer 1