interrupt-driven

interrupt-driven

A computer or communications network that uses interrupts.
References in periodicals archive ?
The SMED is an advanced hardware-configurable state machine where state advancement is automatically triggered by internal or external events thereby ensuring faster response than a conventional interrupt-driven microprocessor.
Virima advisors will develop a single policy in alignment with your organization's strategic business initiatives in relation to your technology infrastructure and compliance controls to the eliminate waste and inefficiencies that exist through tactical efforts and interrupt-driven operations.
So rather than wait in a long loop and waste power, you use an interrupt-driven display function.
Typically, this loop can be triggered in three different modes depending on the type of application: external interrupt-driven, PWM interrupt-driven, or software oversampled.
A chapter on advanced assembly language programming structured around computer arithmetic topics is followed by treatment of fundamental microcontroller interfacing topics such as parallel IO, asynchronous serial IO, synchronous serial IO, interrupt-driven IO, timers, analog-to-digital conversion, and digital-to-analog conversions.
An embedded host controller, considered the CANopen network master, communicates with each device in an interrupt-driven fashion (so-called PDO messages in CANopen).
The SR71000, which according to SandCraft provides the highest performance of any embedded MIPS processor on the market, is a general-purpose microprocessor suitable for handling complex real-time operating systems in non-deterministic, highly interrupt-driven environments.
The host can read all registers and accommodate both polled and interrupt-driven systems.
For a general-purpose system, an interrupt-driven design works best.
To transfer binary files, we wrote an interrupt-driven serial communications program based on the XModem-1K protocol, which extends the packet size from 128 to 1,024 bytes.
In addition, they use the 8085-based single-board microcomputers for interrupt-driven programming and experiments involving communication between two processors.
These applications may be on-line, but do not usually require real-time, interrupt-driven processing, nor are they directly linked to sensors and equipment.