"defined in time" is a correct and usable phrase in written English.
It is used to indicate something that has a limit or end date. For example, "The deadline for this project is clearly defined in time."
Battles, in brief, ceased to be distinct events that could be well defined in time and place and easily identified by crossed swords on a map.
The project has tested the use of these concepts and found that they are useful, provided that they are positioned and linked within a logical structure that we shall call the Conscience "Frame of Reference", defined in time and space and supported through data and monitoring.
As a result, his or her role remains unclear: a globe-striding "Mr Europe", a low-profile broker of Brussels deals, or merely a ceremonial figure (German officials talk of their president as one possible model).The role needs to be defined in time for the first president to take office on January 1st next year, assuming Lisbon is ratified on schedule.
These properties can be defined in time, i.e., during the timeline of their execution, systems become faster or slower, presenting lower or higher bounds to execute.
The transmission grid is defined in time and frequency by resource blocks (RB), which are the minimum resource allocation unit formed by seven OFDM symbols and 12 subcarriers in the normal cyclic prefix configuration.
Non-vacuum small perturbations around a constant have shown that the solutions are classical and globally defined in time if the initial data are sufficiently regular; see [1 4].
Roll-off factors defined in time-domain are 100%, 50 %, 50 %, 25 %, 2512.5%, and 6.25%, respectively, starting from the narrowest (black) subchannel to the widest (cyan) subchannel (Figure 12.5.
Most importantly, the critical task is to ensure that all residents (regardless of where they live) should be able to readily access the "core" services, however defined, in times of need.
Therefore, an active period of a wake-up node is defined in cycle time as T awake time units.
The transient excitation is defined in the time domain and known at each time.
As such they allow a natural bridging of scales (ranges of frequencies) and time, and are more attractive than models defined in the time- or frequency-domain, alone.
