scheduler - определение. Что такое scheduler
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Что (кто) такое scheduler - определение

TIME MANAGEMENT TOOL LISTING TIMES WHEN EVENTS ARE INTENDED TO TAKE PLACE
Scheduler; Timetables; Time-Table; Time-table; Arrival board; Scheduled; Shedule; Schedule (resource); Scheduling; Timetable; Schedule (construction); Employee scheduling; Schedules; Work schedule; Hours of operation; Transportation schedule
  • A train schedule informs travelers of the trains going to various locations, and indicates the times of departure.
  • Hours of operation posted at a FEMA office following a disaster inform the public of when FEMA employees will be available to assist them.
  • A weekly work schedule indicates which employees of a business are going to work at which times, to ensure the effective distribution of labor resources.
  • A volunteer adjusts the schedule board at Wikimania 2007. The board indicates the times and locations at which events will take place, thus assisting participants in deciding which events they can attend.
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scheduler         
Scheduling (computing)         
  • packet schedulers]]
  • A sample [[thread pool]] (green boxes) with a queue (FIFO) of waiting tasks (blue) and a queue of completed tasks (yellow)
IN COMPUTING, WHAT CARRIES OUT THE SCHEDULING ACTIVITY
Scheduler pattern; Scheduling algorithm; Task scheduling; Scheduling discipline; Scheduling disciplines; CPU scheduler; Task scheduler; Process scheduling; CPU Scheduling; Packet scheduling; Channel-dependent scheduling; Scheduling algorithms; Scheduling theory; Process scheduler; Scheduling priority; Processor scheduling; Deterministic Scheduling; Non-deterministic Scheduling; Nondeterministic Scheduling; Non-Deterministic Scheduling; Scheduling policy; Process Scheduler; Linux Process Scheduler; Dispatch latency; Task queue; Running queue; Scheduler (computing); Long-term scheduler; Admission scheduler; Short-term scheduler; Medium-term scheduler; Processor time; Fixed priority scheduling class; Time-sharing scheduling class; Fair share scheduling class; High-level scheduler; Long-term scheduling; Admission scheduling; High-level scheduling; Mid-term scheduler; Mid-term scheduling; Medium-term scheduling; Short-term scheduling; CPU scheduling
In computing, scheduling is the action of assigning resources to perform tasks. The resources may be processors, network links or expansion cards.
task scheduling         
  • packet schedulers]]
  • A sample [[thread pool]] (green boxes) with a queue (FIFO) of waiting tasks (blue) and a queue of completed tasks (yellow)
IN COMPUTING, WHAT CARRIES OUT THE SCHEDULING ACTIVITY
Scheduler pattern; Scheduling algorithm; Task scheduling; Scheduling discipline; Scheduling disciplines; CPU scheduler; Task scheduler; Process scheduling; CPU Scheduling; Packet scheduling; Channel-dependent scheduling; Scheduling algorithms; Scheduling theory; Process scheduler; Scheduling priority; Processor scheduling; Deterministic Scheduling; Non-deterministic Scheduling; Nondeterministic Scheduling; Non-Deterministic Scheduling; Scheduling policy; Process Scheduler; Linux Process Scheduler; Dispatch latency; Task queue; Running queue; Scheduler (computing); Long-term scheduler; Admission scheduler; Short-term scheduler; Medium-term scheduler; Processor time; Fixed priority scheduling class; Time-sharing scheduling class; Fair share scheduling class; High-level scheduler; Long-term scheduling; Admission scheduling; High-level scheduling; Mid-term scheduler; Mid-term scheduling; Medium-term scheduling; Short-term scheduling; CPU scheduling
<algorithm> The assignment of start and end times to a set of tasks, subject to certain constraints. Constraints are typically either time constraints (the payload must be installed before the payload bay doors are closed) or resource constraints (this task requires a small crane and a crane operator). In the case where the tasks are programs to run concurrently on a computer, this is also known as multitasking. (1998-04-25)
process scheduling         
  • packet schedulers]]
  • A sample [[thread pool]] (green boxes) with a queue (FIFO) of waiting tasks (blue) and a queue of completed tasks (yellow)
IN COMPUTING, WHAT CARRIES OUT THE SCHEDULING ACTIVITY
Scheduler pattern; Scheduling algorithm; Task scheduling; Scheduling discipline; Scheduling disciplines; CPU scheduler; Task scheduler; Process scheduling; CPU Scheduling; Packet scheduling; Channel-dependent scheduling; Scheduling algorithms; Scheduling theory; Process scheduler; Scheduling priority; Processor scheduling; Deterministic Scheduling; Non-deterministic Scheduling; Nondeterministic Scheduling; Non-Deterministic Scheduling; Scheduling policy; Process Scheduler; Linux Process Scheduler; Dispatch latency; Task queue; Running queue; Scheduler (computing); Long-term scheduler; Admission scheduler; Short-term scheduler; Medium-term scheduler; Processor time; Fixed priority scheduling class; Time-sharing scheduling class; Fair share scheduling class; High-level scheduler; Long-term scheduling; Admission scheduling; High-level scheduling; Mid-term scheduler; Mid-term scheduling; Medium-term scheduling; Short-term scheduling; CPU scheduling
processor time         
  • packet schedulers]]
  • A sample [[thread pool]] (green boxes) with a queue (FIFO) of waiting tasks (blue) and a queue of completed tasks (yellow)
IN COMPUTING, WHAT CARRIES OUT THE SCHEDULING ACTIVITY
Scheduler pattern; Scheduling algorithm; Task scheduling; Scheduling discipline; Scheduling disciplines; CPU scheduler; Task scheduler; Process scheduling; CPU Scheduling; Packet scheduling; Channel-dependent scheduling; Scheduling algorithms; Scheduling theory; Process scheduler; Scheduling priority; Processor scheduling; Deterministic Scheduling; Non-deterministic Scheduling; Nondeterministic Scheduling; Non-Deterministic Scheduling; Scheduling policy; Process Scheduler; Linux Process Scheduler; Dispatch latency; Task queue; Running queue; Scheduler (computing); Long-term scheduler; Admission scheduler; Short-term scheduler; Medium-term scheduler; Processor time; Fixed priority scheduling class; Time-sharing scheduling class; Fair share scheduling class; High-level scheduler; Long-term scheduling; Admission scheduling; High-level scheduling; Mid-term scheduler; Mid-term scheduling; Medium-term scheduling; Short-term scheduling; CPU scheduling
<software> The amount of time a process takes to run, given that it has exclusive and uninterrupted use of the CPU. Note that in a modern computer, this would be very unusual, and so the processor time calculation for most processes involves adding up all the small amounts of time the CPU actually spends on the process. Some systems break processor time down into user time and system time. Compare wall clock time. (1998-03-13)
Noop scheduler         
SIMPLE I/O SCHEDULER FOR THE LINUX KERNEL
NOOP scheduler; Nomerges
The NOOP scheduler is the simplest I/O scheduler for the Linux kernel. This scheduler was developed by Jens Axboe.
Network scheduler         
  • The Linux kernel's packet scheduler is part of the network stack, together with [[netfilter]], [[nftables]], and [[Berkeley Packet Filter]].
ARBITER ON A NODE IN PACKET SWITCHING COMMUNICATION NETWORK
Packet shaping; Bandwidth shaping; Packet scheduler; Linux Network Scheduler; AQM framework; Linux network scheduler; Queuing discipline; Qdisc; Stochastic Fairness Queuing; Stochastic Fair Queuing; Queueing discipline; Queueing algorithm; Queuing algorithm; Linux kernel packet scheduler; Linux packet scheduler; Stochastic fairness queuing; Stochastic fair queuing; Network scheduling
A network scheduler, also called packet scheduler, queueing discipline (qdisc) or queueing algorithm, is an arbiter on a node in a packet switching communication network. It manages the sequence of network packets in the transmit and receive queues of the protocol stack and network interface controller.
Automate Schedule         
JOB SCHEDULER AND WORKLOAD AUTOMATION SOLUTION FOR WINDOWS, UNIX, AND LINUX SERVERS
User:Henk.Wiersema/Skybot Scheduler; Skybot Scheduler
Automate Schedule (ex Skybot Scheduler) is an enterprise job scheduler and workload automation solution for Windows, UNIX, and Linux servers. Automate Schedule is sold by HelpSystems.
Scheduler activations         
Scheduler Activations
Scheduler activations are a threading mechanism that, when implemented in an operating system's process scheduler, provide kernel-level thread functionality with user-level thread flexibility and performance. This mechanism uses a so-called "N:M" strategy that maps some N number of application threads onto some M number of kernel entities, or "virtual processors.
Schedule         
·vt To form into, or place in, a schedule.
II. Schedule ·noun A written or printed scroll or sheet of paper; a document; especially, a formal list or inventory; a list or catalogue annexed to a larger document, as to a will, a lease, a statute, ·etc.

Википедия

Schedule

A schedule or a timetable, as a basic time-management tool, consists of a list of times at which possible tasks, events, or actions are intended to take place, or of a sequence of events in the chronological order in which such things are intended to take place. The process of creating a schedule — deciding how to order these tasks and how to commit resources between the variety of possible tasks — is called scheduling, and a person responsible for making a particular schedule may be called a scheduler. Making and following schedules is an ancient human activity.

Some scenarios associate this kind of planning with learning life skills. Schedules are necessary, or at least useful, in situations where individuals need to know what time they must be at a specific location to receive a specific service, and where people need to accomplish a set of goals within a set time period.

Schedules can usefully span both short periods, such as a daily or weekly schedule, and long-term planning with respect to periods of several months or years. They are often made using a calendar, where the person making the schedule can note the dates and times at which various events are planned to occur. Schedules that do not set forth specific times for events to occur may instead list algorithmically an expected order in which events either can or must take place.

In some situations, schedules can be uncertain, such as where the conduct of daily life relies on environmental factors outside human control. People who are vacationing or otherwise seeking to reduce stress and achieve relaxation may intentionally avoid having a schedule for a certain period of time.