s that can intelligently execute information and perform intelligent com- mercialization. Emerging networks take advantage of different interfaces between authorization, authorization sharing, and the licensing of the low, medium, and high frequency spectrum. Not only does it increase capacity by design, but it also allows you to perform advanced signal processing on even the smallest devices and quickly connect to the processing power of the entire system. It is important to remember that 5G uses an end-to-end device that moves communications to the network for computation [37]. 5G reflects the evolution from point-to-point systems that operate with the processing platforms needed to detect data from billions of devices and seamlessly sends these information packets to the right devices. Digital monitoring and prevention, AI diagnostics, AI-based therapy decisions, and digital therapy technologies will have a significant impact on the smart healthcare business as shown in Figure 4.2. There are four aspects that make 5G different from its predecessor. These are connected devices, fast and intelligent networks, back-end services, and very low latency [38]. These qualities allow the world to be fully connected and interactive with different applications. This includes improved mobile broadband, Digital monitoring AI diagnostics AI-based therapy Digital therapies and prevention decisions FIGURE 4.2 Potential application of digital monitoring and prevention, AI diagnostics, AI-based therapy decisions, digital therapy technologies in smart healthcare. Network Technology Trends for Smart Healthcare 02.2G in 1991 04. 4G in 2009 Standards: GSM&CDMA Standards: LTE Capabilities: High speed mobile Capabilities: Digital voice, encrypted internet, IP-based packet switching. communication Limited roaming HD multimedia streaming. Scanléss global rooming SMS&MMS Extensions: GPRS(2.5G). CDMA Extensions: Feature extension through new categorvireleas 2000((2.5G). Edge(2.75G) Industry Impact: Mobile service technicians Service via s