Sentence examples for synchronous instruction from inspiring English sources

The results reveal that (1) there were different teaching and learning effects on the blended synchronous instruction; (2) an unexpected pattern of interactions emerged in the blended synchronous communication; and (3) both the online and face-to-face students attained similar learning outcomes.

However, online education is very different in its scope from earlier generations such as correspondence courses, and televised broadcasts and video conferencing in that it can offer both synchronous instruction where students and instructors interact in real time and asynchronous instruction where students learn at their own pace and with their own time schedules.

In its current form, it means four years of medical school with mostly synchronous, live instruction by a faculty member, followed by three to seven years of residency.

The study compared three forms of instruction: classroom, synchronous and asynchronous using student subjects from an industrial engineering course.

When instruction is synchronous, it is possible to teach the most up to date version of the application without having to revise online training materials.

This requires an architecture with an exposed data path that allows such direct programming, like the transport-triggered architectures (TTA) [15, 16], synchronous transfer architecture[17], FlexCore[18], no-instruction-set-computer[19], or static pipelining[20].

We previously introduced to Esterel a non-instantaneous gotopause instruction, which prevents the synchronous execution of code before and code after the transition.

Exceptions in low-level architectures are implemented as synchronous interrupts: upon the execution of a faulty instruction the processor jumps to a piece of code that handles the error.

Instructional methods principally included training in ICT strategy and use through face-to-face instruction and also autonomous learning, group work, synchronous and asynchronous communication, and computer based test design.

This contribution focuses on the optimization of matching-based motion estimation algorithms widely used for video coding standards using an Altera custom instruction-based paradigm and a combination of synchronous dynamic random access memory (SDRAM) with on-chip memory in Nios II processors.

In addition, it also natively supports Esterel's preemption constructs, instructions for signal manipulation, and a notion of logical ticks for synchronous execution.