isochronous

As a result, isochronous cyclotrons became more popular in the research field.

Up to 80% of the time can be given to isochronous nodes.

After 90 percent is used up, the host denies access to any other isochronous or interrupt devices.

If the embedded clock signal is isochronous, it gets sent simultaneously with the data.

This eventually led to the development of time zones, and, thus, global isochronous time.

Thus, all particles get accelerated in isochronous time intervals.

Timekeeping mechanisms are never isochronous; meaning their rate is affected by changes in the drive force.

The duration of the isochronous and the asynchronous phase can be configured.

He worked also on isochronous dynamical systems and oscillatory chemical reactions.

An escapement in which changes in drive force do not affect the rate is called isochronous.

Early watchmakers empirically found approaches to make their balance springs isochronous.

The second approach to the problem of accelerating relativistic particles is the isochronous cyclotron.

This is used to synchronize isochronous data flows.

Isochronous media access controller, a method of transferring data that must not be interrupted (telecommunications).

During a frame, isochronous and interrupt devices get a slot so they're guaranteed the bandwidth they need.

Synchrocyclotrons have not been built since the isochronous cyclotron was developed.

This means the engine driving the generator supplying one of the sources generally must be controlled by an isochronous governor.

The schedule is divided into an isochronous phase and an asynchronous phase.

Data transfer is abrupt and does not include content such as video, audio, or other isochronous forms of data.

Isochronous burst transmission is a method of data transmission.

ANT uses an adaptive isochronous network technology to ensure coexistence.

A sequence of events is isochronous if the events occur regularly, or at equal time intervals.

Isochronous and bulk pipes are not used in HID class devices.

The shapes of these internal reflections generally follow the bedrock topography and they are often assumed to be isochronous.

FireWire is capable of both asynchronous and isochronous transfer methods at once.