Abstract: A novel approach to coordinate processes in physical movements in a process environment includes establishing a coherent temporal and resource framework for operation of selected processes in order to formulate a basis for coordination. A key aspect of the present innovation includes the novel techniques for coordinating processes including transmission of electromagnetism and transmission of electromagnetic radiation in a process environment by effecting periodic interruptions, based upon the above mentioned coherent temporal and resource framework, while maintaining the required operational and safety procedures.

Abstract: An approach to data handling based upon the temporal extents of the interruptions to supply of electricity to selected components is provided. At present, digital electronics and computing is primarily based on the binary system, with fixed time duration in and between the two electricity states in components. Considering the limitations posed, the present innovation employs instruments that utilize the no electricity temporal extents in the selected components, or parts thereof, in the data handling system (100) as a basis for reasoning over plurality of information, simultaneously. The use of dynamic durations in electricity states, including ‘no electricity signal’ states, accompanied by the punctuations that adopt dynamically determined temporal and electrical characteristics for data handling, in a scalable manner that is task effective and energy saving is disclosed.

Abstract: A novel approach to coordinate processes in physical movements in a process environment includes establishing a coherent temporal and resource framework for operation of selected processes in order to formulate a basis for coordination. A key aspect of the present innovation includes the novel techniques for coordinating processes including transmission of electromagnetism and transmission of electromagnetic radiation in a process environment by effecting periodic interruptions, based upon the above mentioned coherent temporal and resource framework, while maintaining the required operational and safety procedures.

Abstract: A novel approach to coordinate processes in a process environment includes establishing a coherent temporal and resource framework for operation of selected processes in order to formulate a basis for coordination. A key aspect of the present innovation includes the novel techniques for coordinating processes including transmission of electromagnetism and transmission of electromagnetic radiation in a process environment by effecting periodic interruptions, based upon the abovementioned coherent temporal and resource framework, while maintaining the required operational and safety procedures.

Abstract: Analytical methods and devices for detection of molecular processes, especially in genetics related environments are faced with the challenge of having to operate with the lack of coherent temporal frameworks that incorporate microscopic to macroscopic scale operations. Drawbacks in overcoming these challenges have resulted in substantial underutilization of resources and below optimum outcome as well. The present innovation as its technical solution to the problem outlined above discloses a computing based generic approach that facilitates incorporating operation of such processes as quantifiable entities in terms of a common temporal scale, thus establishing a coherent framework for coordinating operation of different processes that have varied temporal scales, namely, those occurring in temporal extents shorter as well as longer than its variable operational step enabling its adoption in a wide range of practical applications bringing multiple advantages.

Abstract: Analytical methods and devices for detection of molecular processes, especially in genetics related environments are faced with the challenge of having to operate with the lack of coherent temporal frameworks that incorporate microscopic to macro-scopic scale operations. Drawbacks in overcoming these challenges have resulted in substantial underutilization of resources and below optimum outcome as well. The present innovation as its technical solution to the problem outlined above discloses a computing based generic approach that facilitates incorporating operation of such processes as quantifiable entities in terms of a common temporal scale, thus establishing a coherent framework for coordinating operation of different processes that have varied temporal scales, namely, those occurring in temporal extents shorter as well as longer than its variable operational step enabling its adoption in a wide range of practical applications bringing multiple advantages.

Abstract: An approach to data handling based upon the temporal extents of the interruptions to supply of electricity to selected components is provided. At present, digital electronics and computing is primarily based on the binary system, with fixed time duration in and between the two electricity states in components. Considering the limitations posed, the present innovation employs instruments that utilise the no electricity temporal extents in the selected components, or parts thereof, in the data handling system (100) as a basis for reasoning over plurality of information, simultaneously. The use of dynamic durations in electricity states, including ‘no electricity signal’ states, accompanied by the punctuations that adopt dynamically determined temporal and electrical characteristics for data handling, in a scalable manner that is task effective and energy saving is disclosed.

Abstract: A novel approach to coordinate processes in a process environment includes establishing a coherent temporal and resource framework for operation of selected processes in order to formulate a basis for coordination. A key aspect of the present innovation includes the novel techniques for coordinating processes including transmission of electromagnetism and transmission of electromagnetic radiation in a process environment by effecting periodic interruptions, based upon the abovementioned coherent temporal and resource framework, while maintaining the required operational and safety procedures.