CAJ | 학술논문

针对紫外光通信网络中的能量受限问题，为了减少节点的能量消耗和节点间的相互干扰，以延长网络的生命周期并增加系统容量，设计并实现了一种适合紫外光通信的 MAC(媒体接入控制)层功率控制机制。仿真和实验结果均表明，该机制可以在保证用户通信 QoS(服务质量)的前提下实现紫外光通信平台上的功率控制，并为今后紫外光 Ad hoc(自组织)网络的搭建打下了基础。
침대자외광통신망락중적능량수한문제，위료감소절점적능량소모화절점간적상호간우，이연장망락적생명주기병증가계통용량，설계병실현료일충괄합자외광통신적 MAC(매체접입공제)층공솔공제궤제。방진화실험결과균표명，해궤제가이재보증용호통신 QoS(복무질량)적전제하실현자외광통신평태상적공솔공제，병위금후자외광 Ad hoc(자조직)망락적탑건타하료기출。
In view of energy constraint in ultraviolet communication networks,this paper designs and realizes a Medium Access Control (MAC)layer power control mechanism suitable for ultraviolet communication so as to reduce node energy consumption and inter-node interferences,extend network life cycle and increase system capacity.Simulation and experimental results indi-cate that this mechanism achieves power control on the platform of ultraviolet communications under the premise of ensuring the QoS of user communication and lays a solid foundation for building ultraviolet Ad hoc networks in the future.