This paper discusses smart body sensor objects (BSOs), including their networking and internetworking. Smartness can be incorporated into BSOs by embedding virtualization, predictive analytics, and proactive computing and communications capabilities. A few use cases including the relevant privacy and protocol requirements are also presented. General usage and deployment etiquette along with the relevant regulatory implications are then discussed.

Virtualization of network/service functions means time-sharing network/service (and affiliated) resources in a hyper-speed manner. The concept of time sharing was popularized in the 1970s with mainframe computing. The same concept has recently resurfaced under the guise of cloud computing and virtualized computing. Although cloud computing was originally used in IT for server virtualization, the ICT industry is taking a new look at virtualization. This paradigm shift is shaking up the computing, storage, networking, and service industries. The hope is that virtualizing and automating configuration and service management/orchestration will save both capes and opex for network transformation. A complimentary trend is the separation (over an open interface) of control and transmission. This is commonly referred to as software-defined networking (SDN). This paper reviews trends in network/service functions, efforts to standardize these functions, and required management and orchestration.

Defining a software-defined data center is a vision of the future. An SDDC brings together software-defined compute, software-defined network, software-defined storage, software-defined hypervisor, software-defined availability, and software-defined security. It also unifies the control planes of each individual software-defined component. A unified control plane enables rich resource abstractions for purpose-fit orchestration systems and/or programmable infrastructures. This enables dynamic optimization according to business requirements.

In this paper, we define mobile cloud computing and describe how it can be used for delivering advanced any-media services to both nomadic and mobile users. We focus on service delivery that is localized and personalized and suggest that virtualization and tighter cross-layer communication allows for convergence and seamless transition of services. These are also creating new and never-before seen ways of developing and delivering personalized any-media services. We discuss current paradigms for implementing cloud-based any-media services that generate revenue. Future research topics and requirements for evolving network and service elements are also discussed.