Electronic health (e-health) is commonly recognized as a promising model for raising the enormous pressure on conventional healthcare systems. In this paper, an improved delay-sensitive medical packet transmission scheduling system has been proposed to manage the medical packet transmission in e-health networks. It focuses on communication through the wireless body area network (over WBAN). Medical packets arrive at the gateway (generally with one patient). Their applications are reported with different time-sensitivities to the service provider (i.e., the base station), illustrates the value of their medical signal. Then the priority queue is designed for the order of transmission. The base station analyzes the service key parameters by developing the packet utility and the base station's profit functions. It creates an evaluation-compatible method so that all gateways are required to disclose their medical packet's actual delay sensitivities. Experimental analysis has shown that the proposed method will maximize the base station's profits, thus providing a higher priority medical packet service.

电子医疗（e-health）通常被认为是对传统医疗系统施加巨大压力的一种有前途的模式。本文提出了一种改进的时延敏感型医疗数据包传输调度系统，用于管理电子医疗网络中的医疗数据包传输。它专注于通过无线体域网（通过WBAN）进行通信。医疗包到达网关（通常只有一名患者）。向服务提供商（即基站）以不同的时间敏感性报告了他们的应用，说明了他们的医疗信号的价值。然后，针对发送顺序设计优先级队列。基站通过开发分组实用程序和基站的获利函数来分析服务关键参数。它创建了一种评估兼容的方法，因此要求所有网关都披露其医疗包的实际延迟敏感度。实验分析表明，所提出的方法将使基站的利润最大化，从而提供更高优先级的医疗分组业务。