ưu điểm nhược điểmWireless sensor n

ưu điểm
nhược điểm
Wireless sensor networks are composed of large numbers of tiny networked devices that communicate untethered. For large scale networks, it is important to be able to download code into the network dynamically. We present Contiki, a lightweight operating system with support for dynamic loading and replacement of individual programs and services. Contiki is built around an event-driven kernel but provides optional preemptive multithreading that can be applied to individual processes. We show that dynamic loading and unloading is feasible in a resource constrained environment, while keeping the base system lightweight and compact.

Kết quả (Anh) 1:

advantages the downsideWireless sensor networks are composed of large numbers of tiny networked devices that communicate untethered. For large scale networks, it is important to be able to download code into the network dynamically. We present Contiki, a lightweight operating system with support for dynamic loading and replacement of individual programs and services. Contiki is built around an event-driven kernel but provides optional multithreading preemptive strike that can be applied to individual processes. We show that dynamic loading and unloading is feasible in a resource constrained environment, while keeping the base system lightweight and compact.

Kết quả (Anh) 2:

advantages
disadvantages
Wireless sensor networks are composed of large numbers of tiny networked devices communicate untethered mà. For large scale networks, it is important, to thể Into the network dynamically download code. We present Contiki, a lightweight operating system with support for dynamic loading and replacement of the individual programs and services. Contiki is built around an event-driven kernel provides optional but preemptive multithreading có thể áp to the individual processes. We show loading and unloading dynamic mà is feasible in a resource constrained environment, while keeping the system lightweight and compact base.