JPS59117642A - System for allocating processing to computer - Google Patents

System for allocating processing to computer

Info

Publication number
JPS59117642A
JPS59117642A JP22612182A JP22612182A JPS59117642A JP S59117642 A JPS59117642 A JP S59117642A JP 22612182 A JP22612182 A JP 22612182A JP 22612182 A JP22612182 A JP 22612182A JP S59117642 A JPS59117642 A JP S59117642A
Authority
JP
Japan
Prior art keywords
processing
processing request
resource
requests
usage rate
Prior art date
Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
Pending
Application number
JP22612182A
Other languages
Japanese (ja)
Inventor
Hiroyuki Kitajima
北嶋 弘行
Toshiyuki Kinoshita
俊之 木下
Katsuhiko Shimamoto
勝彦 島本
Current Assignee (The listed assignees may be inaccurate. Google has not performed a legal analysis and makes no representation or warranty as to the accuracy of the list.)
Hitachi Ltd
Original Assignee
Hitachi Ltd
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Application filed by Hitachi Ltd filed Critical Hitachi Ltd
Priority to JP22612182A priority Critical patent/JPS59117642A/en
Publication of JPS59117642A publication Critical patent/JPS59117642A/en
Pending legal-status Critical Current

Links

Classifications

    • GPHYSICS
    • G06COMPUTING; CALCULATING OR COUNTING
    • G06FELECTRIC DIGITAL DATA PROCESSING
    • G06F9/00Arrangements for program control, e.g. control units
    • G06F9/06Arrangements for program control, e.g. control units using stored programs, i.e. using an internal store of processing equipment to receive or retain programs
    • G06F9/46Multiprogramming arrangements
    • G06F9/50Allocation of resources, e.g. of the central processing unit [CPU]
    • G06F9/5005Allocation of resources, e.g. of the central processing unit [CPU] to service a request
    • G06F9/5027Allocation of resources, e.g. of the central processing unit [CPU] to service a request the resource being a machine, e.g. CPUs, Servers, Terminals

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  • Engineering & Computer Science (AREA)
  • Software Systems (AREA)
  • Theoretical Computer Science (AREA)
  • Physics & Mathematics (AREA)
  • General Engineering & Computer Science (AREA)
  • General Physics & Mathematics (AREA)

Abstract

PURPOSE:To equalize use rates of individual device to improve the processing efficiency, by determining processing requests and combinations of requests so that use efficiencies of individual devices of a system are balanced and processing them in the determined order. CONSTITUTION:A processing request accepting device 1 accepts pocessing requests and decodes identification numbers, processing mode and distinction, processing request, allowable values of start and end times, and precedence relations and stores them in a temporary preserving device 2. A priority determining device 3 determines priorities on a basis of these information. A supply processing request determining device 4 reads the use rate of a resource (n) from a device 8(n) and the allowable use rate of the resource (n) from a device 42; and if the allowable use rate is higher than the use rate, the device 4 decides a high- priority processing request. An index indicating the degree of unbalance of use rates of resources is calculated. The identification number of the processing request, for which the index value is minimum, out of all processing requests is transferred to a supply processing request list 41. Processing request supply devices 8 supply processing request information of the device 2 to a computer system 7.

Description

【発明の詳細な説明】 〔発明の利用分野〕 本発明は、処理要求を計算機に割当てる方式に関する。[Detailed description of the invention] [Field of application of the invention] The present invention relates to a method for allocating processing requests to computers.

〔従来技術〕[Prior art]

計算機システムは、通常、同時に複数の処理要求(ジョ
ブ・ステップ、トランザジクション1 コマンドなどの
処理単位を、以下、処理要求と総称する)を処理す°る
形態(いわゆる、多重プロゲラピング)をとる。しかし
、同時に処理可能な処理要求の件数には制約がおるため
、計算機システムには処理要求の待ち行列ができること
が多い。ところが、処理要求ごとに計算機システムが含
む各資源(中央処理装置、主記憶装置、各種記憶装置、
入出力装置など)の使用量が異なる。このため、上記の
待ち行列中の処理要求をどういう順序3投入するかによ
って、計算機システムの各資源の使用状況が異なシ、シ
たがって、計算機システムの処理効率(例えば、単位時
間当りの処理件数)が大きな影響を受けることが多い。
A computer system normally processes multiple processing requests (a processing unit such as a job step or a transaction 1 command is hereinafter collectively referred to as a processing request) at the same time (so-called multiple programming). However, since there is a limit to the number of processing requests that can be processed simultaneously, a queue of processing requests often forms in a computer system. However, for each processing request, each resource included in the computer system (central processing unit, main memory, various storage devices,
(input/output devices, etc.) usage is different. Therefore, depending on the order in which the processing requests in the above queue are submitted, the usage status of each resource of the computer system varies. ) are often significantly affected.

従来、処理要求の投入順序に関する優先度は、処理要求
の処理形態の区別(オンライン処理、タイムシェアリン
グ処理、バンチ処理など)、各処理要求に指定された処
理終了ないは開始時刻の許容値、処理要求間に指定され
た先行関係などに基づいて自動的に決定されていた。一
方、前記の点(すなわち、処理要求ごとに各資源の使用
量が異なり、したがって、処理要求の投入順序によって
、計算機システムの処理効率が変化する)は、投入順序
の指定において配慮されなかった。この従来方法では、
一部の資源の使用率が過大となることがあるため、計算
機システムの処理効率が低下するという欠点抄;あった
Conventionally, the priority regarding the input order of processing requests has been determined based on the processing type of the processing request (online processing, time sharing processing, bunch processing, etc.), the allowable value of the processing end or start time specified for each processing request, It was automatically determined based on the preceding relationship specified between processing requests. On the other hand, the above point (that is, the usage amount of each resource differs depending on the processing request, and therefore the processing efficiency of the computer system changes depending on the order in which the processing requests are submitted) was not taken into account when specifying the order of submission. In this conventional method,
There is a drawback that the processing efficiency of the computer system decreases because the usage rate of some resources may become excessive.

〔発明の目的〕[Purpose of the invention]

本発明は上記の従来技術の欠点を解決し、計算機システ
ムが含む資源間の使用率の不均衡を少なくシ、シたがっ
て、処理効率を高める手段を提供することにある。
An object of the present invention is to provide a means for solving the above-mentioned drawbacks of the prior art, reducing imbalance in usage rates among resources included in a computer system, and thus increasing processing efficiency.

〔発明の概要〕[Summary of the invention]

本発明は、処理要求ごとに各資源の使用量が異なる点、
および、資源間の使用率の不均衡を少なくすることで処
理効率が向上する点、の2点に着目し、投入可能な処理
要求群の中から、資源間の使用率を均衡させるような処
理要求ないしはこの組合せを決定する投入処理要求の決
定装置を設け、この1−に処理要求を投入させ、以て上
記目的を達成するものである。
The present invention is characterized in that the usage amount of each resource differs depending on the processing request,
We focused on two points: (1) and the point that processing efficiency improves by reducing the imbalance in the usage rates among resources, and from among the group of processing requests that can be submitted, processing that balances the usage rates among resources. The above object is achieved by providing an input processing request determining device for determining a request or a combination thereof, and inputting a processing request to this 1-.

〔発明の実施1例〕 以下、本発明を実施例を参照して詳細に説明する。実施
例の構成を第1図に示す。lは処理要求受は付は装置で
、計算機システムに到着した各処理要求の内容を解読す
る。2は処理要求の一時保管装置で、受は付けた処理要
求内容を保管する。
[Embodiment 1 of the Invention] The present invention will be described in detail below with reference to Examples. The configuration of the embodiment is shown in FIG. 1 is a processing request reception device, which decodes the contents of each processing request that arrives at the computer system. 2 is a temporary storage device for processing requests, which stores the contents of accepted processing requests.

2が含むレジスタ中で、2(111)はi番目の処理要
求の識別番号を記憶させる領域、2(i、2)は該処理
要求が属する処理要求種別(後で説明)の識別番号を記
憶させる領域、2(il 3)は該処理要求の優先度を
記憶させる領域、2(i、4)は該処理要求の実行に必
要なその他の指示情報を記憶させる領域に、各々、対応
する。3は優先度決定装置で、各処理要求の計算機シス
テムへの投入順序に関する優先度を決定する。ここで、
優先度とは処理形態の区別(オンライン処理、タイムシ
ェアリング処理、バッチ処理など)、処理終了ないしは
開始時刻の許容値、処理要求間に指定された先行関係、
などに基づいて決定される。4は投入処理要求の決定装
置で、各時点において、優先度が最も高い処理要求が、
複数個、装置2に保管されている場合、資源間の使用率
の不均衡を少なくするような処理要求ないしは処理要求
の組合せを決定する。装置4は装置41〜43を含む。
Among the registers included in 2, 2 (111) is an area for storing the identification number of the i-th processing request, and 2 (i, 2) is an area for storing the identification number of the processing request type (described later) to which the processing request belongs. 2(il3) corresponds to an area where the priority of the processing request is stored, and 2(i, 4) corresponds to an area where other instruction information necessary for executing the processing request is stored. Reference numeral 3 denotes a priority determination device that determines the priority regarding the order in which each processing request is submitted to the computer system. here,
Priority refers to the distinction between processing types (online processing, time sharing processing, batch processing, etc.), the allowable value of processing end or start time, the preceding relationship specified between processing requests,
Determined based on etc. 4 is a decision device for input processing requests, and at each point in time, the processing request with the highest priority is
If a plurality of requests are stored in the device 2, a processing request or a combination of processing requests is determined that reduces the imbalance in usage rates among the resources. Device 4 includes devices 41-43.

装置41は投入処理要求リストで、投入決定済みの処理
要求の識別番号を記憶する。42は許容使用率・記憶装
置で、各資源n、n=l、Nに対して予め指定された許
容使用率を記憶する。ここで、任意の資源nの使用率と
は、一定期間内に該資源が実際に使用ないしは占有され
ている時間の比率を表す。43は予想使用率・記憶装置
で、各資源の現在の使用率に加えて更に処理要求を投入
した場合の使用率の予想値を記憶する。5は処理要求種
別の資源使用率・記憶装置で、各処理要求種別による各
資源の使用率を記憶する。ここで、パ処理要求”とは、
該計算機システムで実行中ないしは実行待ちのもののみ
に限シ、パ処理要求種別”はこれとは関係なく、該計算
機システムで扱いうる全ての処理要求の種類を表すもの
とする。したがって、各処理要求はいずれか1つの処理
要求種別に対応するものとする。また、各処理要求種別
による劣質snの使用の指標としては、該処理要求種別
を計算機システムで単独に実行した場合における 〔該処理要求種別が資源nf使用する時間〕÷〔該処理
要求種別の総実行時間〕 を指標とする。ここで、各処理要求種別の総実行時間、
および、これによる各資源の使用時間は、■該処理要求
を実際に単独で実行させ計測する、■設計資料などから
人間が見積る、などの手段によって求めることができる
。一方、5が含むレジスタ中で、5 (t、0)、 t
=1.Lは処理要求種別tの識別番号を記憶するための
領域、5(t。
The device 41 stores identification numbers of processing requests that have been decided to be submitted in a list of submitted processing requests. Reference numeral 42 denotes an allowable usage rate/storage device that stores the allowable usage rate specified in advance for each resource n, n=l, and N. Here, the usage rate of any resource n represents the ratio of time that the resource is actually used or occupied within a certain period of time. Reference numeral 43 denotes an expected usage rate/storage device which stores the expected usage rate when a further processing request is submitted in addition to the current usage rate of each resource. Reference numeral 5 denotes a resource usage rate/storage device for each processing request type, which stores the usage rate of each resource according to each processing request type. Here, "paraprocessing request" means
"Processing request type" refers to all types of processing requests that can be handled by the computer system. It is assumed that a request corresponds to any one processing request type.In addition, as an index of the use of inferior sn by each processing request type, [the processing request The index is the time that the type uses resource nf] ÷ [total execution time of the processing request type]. Here, the total execution time of each processing request type,
The usage time of each resource can be determined by the following methods: (1) actually executing and measuring the processing request independently, (2) human estimation from design materials, etc. On the other hand, in the registers included in 5, 5 (t, 0), t
=1. L is an area for storing the identification number of the processing request type t; 5(t.

”)+””1gNは処理要求種別tによる資源nの使用
量を記憶するための領域に各々対応する。
``)+''1gN respectively correspond to areas for storing the usage amount of resource n by processing request type t.

6は処理要求投入装置で、4が決定した処理要求ないし
はこの組合せを計算機システムに投入する。
Reference numeral 6 denotes a processing request inputting device, which inputs the processing requests determined by 4 or a combination thereof to the computer system.

7は計算機システム、7(nL  n=1t Nは7が
含む各資源を表す。8(n)、n−1,Nは資源使用状
況測定装置で、資源7(n)の現在の使用率を測定する
7 is a computer system, 7(nL n=1t N represents each resource included in 7. 8(n), n-1, and N are resource usage status measurement devices that measure the current usage rate of resource 7(n). Measure.

以上のうち、本発明によシ新たに設置される装置は、4
.41〜43.5である。これ以外の装置は従来の計算
機システムが既に備えているものである。特に、優先度
決定装置3、資源使用状況測定装置8は、資源管理の目
的で備わっている。
Among the above, the newly installed equipment according to the present invention is 4.
.. It is 41-43.5. Other devices are already included in conventional computer systems. In particular, the priority determining device 3 and the resource usage measuring device 8 are provided for the purpose of resource management.

次に、上述のごとき構成になる実施例の動作について説
明する。
Next, the operation of the embodiment configured as described above will be explained.

処理要求受は付は装置1は、処理要求を受は付け、各処
理要求iの識別番号、処理形態・区別、対応する処理要
求・種別、処理終了ないしは開始時刻の許容値、処理要
求間に指定された先行関係などを解読し、処理要求の一
時保管装置2に転送する。2はその先頭空きレジスタ(
いま、これをiとする)に該処理要求iの情報を記憶す
る。すなわち、2(’11)に該処理要求iの識別番号
を、2(’−2)にiの処理要求種別を、2(1゜4)
に該処理要求量の実行に必要なその他の指示情報を、各
々記憶する。優先度決定装置3は2(i。
The processing request reception device 1 receives processing requests, and identifies the identification number of each processing request i, the processing form/distinction, the corresponding processing request/type, the allowable value of processing end or start time, and the interval between processing requests. The specified preceding relationship is decoded and transferred to the processing request temporary storage device 2. 2 is the first free register (
Now, this is referred to as i). That is, 2('11) is the identification number of the processing request i, 2('-2) is the processing request type of i, and 2(1°4).
Other instruction information necessary for executing the requested processing amount is stored in each of the sections. The priority determination device 3 has 2(i).

4)+  n=x、2.・・・、中に記憶された各処理
要求iの処理形態・区別、処理終了ないしは開始時刻の
許容値、処理要求間の先行関係などに関する情報に基づ
いて、予め指定された時間間隔ごとに、あるいは、計算
機システム7が一定件数の処理要求を実行完了するたび
ごとに、装置2に格納された処理要求群の優先度を計算
し、この結果を2!(j。
4) + n=x, 2. ..., at pre-specified time intervals, based on information stored in the processing format/distinction of each processing request i, tolerance for processing end or start time, preceding relationship between processing requests, etc. Alternatively, each time the computer system 7 completes execution of a certain number of processing requests, it calculates the priority of the processing request group stored in the device 2, and uses this result as 2! (j.

3)*’=t、2.・・・に記憶する。ここで、優先度
の計算方法は既存の計算機システムが一般に採用してい
る方式で良く、説明を省略する。投入処理要求の決定装
置4け、予め指定された時間間隔ごとに、あるいは、計
算機システム7が処理要求の実行を完了するたびごとに
、装置s(”)+ ” = i +Nから資源nの使用
率を、装置42から資源n。
3) *'=t, 2. I remember it in... Here, the priority calculation method may be a method generally adopted by existing computer systems, and its explanation will be omitted. The input processing request determining device 4 determines the use of resource n from the device s('')+ '' = i +N at prespecified time intervals or each time the computer system 7 completes execution of a processing request. rate from device 42 to resource n.

n=1.Nの許容使用率を読み、各nについて次を判定
する。
n=1. Read the allowable utilization of N and determine for each n:

(資源nの許容使用率)〉(資源nの使用率)もし、全
てのnについて上記が成シ立つなら、下記に箇条書きす
る動作を行う。然らされば、どの資源にも余裕がない訳
であるから何もしないで、このまま待つ。
(Permissible usage rate of resource n)> (Usage rate of resource n) If the above holds true for all n, perform the operations listed below. If that happens, we don't have any resources to spare, so we will do nothing and wait.

(a)  装置2の中から、優先度が最も高い処理要求
の識別番号、および処理要求種別の識別番゛号を判定す
る。
(a) Determine the identification number of the processing request with the highest priority and the identification number of the processing request type from among the devices 2.

(b)  該優先度に含まれる未割当ての各処理要求q
について次を行う。先ず装置5よす該処理要求qによる
各資源n、n=l、Nの使用率ρ、(q)を、装置42
よシ各資源の許容使用率ρrを、装置43よシ各資源n
の予想使用率ρtを、各々読む。次に、該処理要求qを
計算機システムに投入した場合における、資源間の使用
率の不均衡度を表す指標を計算する。この指標としては
例えば次式を用いる。
(b) Each unallocated processing request q included in the priority level
Do the following about First, the usage rate ρ, (q) of each resource n, n=l, N by the processing request q from the device 5 is calculated by the device 42.
The allowable usage rate ρr of each resource is determined by the device 43, and each resource n is
The expected usage rate ρt of each is read. Next, an index representing the degree of imbalance in usage rates among resources when the processing request q is submitted to the computer system is calculated. For example, the following formula is used as this index.

上式において、〔ρr−ρ、s −p 、(q)]は、
該処理要求qを投入した場合の、資源nの許容使用率は
、各資源間の使用率の余裕に関するバラツキの度合を表
す。ここで、もし、 ρニーρI−ρ−(qKo、。
In the above formula, [ρr-ρ, s -p, (q)] is
The allowable usage rate of the resource n when the processing request q is submitted represents the degree of variation in the usage rate margin between each resource. Here, if ρnee ρI−ρ−(qKo, .

となるnが1つでもあれば、該処理要求を投入すること
によって、資源nの使用率が隘路となシ、シたがらて、
全体としての処理効率が低下する惧れがあるため、投入
処理要求の対象から除外する。
If there is even one n such that, by submitting the processing request, the usage rate of resource n becomes a bottleneck.
Since there is a risk that the overall processing efficiency will decrease, it will be excluded from the input processing request.

該優先度に含まれる全ての処理要求について上記の指標
を計算し、この指標値を最小とする処理要求q  を1
つ選び、この識別番号を投入処理要求リス)41に転送
する。さらに、装置43中に記憶された各資源n、n=
1.Nの予想使用率にρ (q apt )を加算する
The above index is calculated for all processing requests included in the priority, and the processing request q that minimizes this index value is set to 1.
The user selects one and transfers this identification number to the input processing request list 41. Furthermore, each resource n stored in the device 43, n=
1. Add ρ (q apt ) to the expected utilization rate of N.

上記において、もし、すべての処理要求について、いず
れかの資源nに対しベーρ;−ρ、 (qKOloであ
れは、(d)に進む。
In the above, if for all processing requests, be ρ;-ρ, (qKOlo) for any resource n, proceed to (d).

(C)  該優先度に含まれる処理要求のうち、未割当
てのものがあれば(b)へ戻る。然らされば、優先度の
レベルを1ランク下げた後に(a)に戻る。
(C) If there are unallocated processing requests included in the priority, return to (b). If so, return to (a) after lowering the priority level by one rank.

(d)  投入処理要求リスト41中に記憶された処理
要求の識別記号を、処理要求投入装置8に転送する。
(d) The identification symbol of the processing request stored in the submitted processing request list 41 is transferred to the processing request submission device 8.

次に、装置8は、装置4から転送された処理要求の識別
番号に該当する処理要求の情報を装置2からとシ出し、
計算機システム7に投入する。
Next, the device 8 outputs the processing request information corresponding to the identification number of the processing request transferred from the device 4 from the device 2, and
Input it into the computer system 7.

〔発明の効果〕〔Effect of the invention〕

以上説明したごとく、本発明によれば、計算機システム
が含む各資源間の使用率の不均衡を少なくするような処
理要求ないしはこの組合せを自動的に決定でき、この処
理要求(群)から実行開始する。このため、資源間の使
用率の不均衡を少なくシ、シたがって、処理効率を高め
ることが可能である。
As explained above, according to the present invention, it is possible to automatically determine a processing request or a combination thereof that reduces the imbalance in usage rates among resources included in a computer system, and to start execution from this processing request (group). do. Therefore, it is possible to reduce the imbalance in usage rates among resources, thereby increasing processing efficiency.

【図面の簡単な説明】[Brief explanation of drawings]

第1図は本発明の一実施例の概略構成を示す図である。 1・・・処理要求受は付は装置、2・・・処理要求の一
時保管装置、2(i、x)〜2(i、4)・・・2に含
まれるレジスタでi番目の処理要求に対応する、3・・
・優先度決定装置、4・・・投入処理要求の決定装置、
41・・・投入処理要求リスト、42・・・許容使用率
・記憶装置、43・・・予想使用率・記憶装置、5・・
・処理要求種別の資源使用量・記憶装置、5(t。 n)t t=ir L+ rl=Q、N−・5に含まれ
るレジスタ、6・・・処理要求投入装置、7・・・計算
機システムS 7(n)In=l、N・・・7に含ti
るus、8(n)・・・資源nに対応する資源使用状況
測定装置。
FIG. 1 is a diagram showing a schematic configuration of an embodiment of the present invention. 1... Processing request receiving device, 2... Processing request temporary storage device, 2(i, x) to 2(i, 4)... i-th processing request in the register included in 2. Corresponding to 3...
・Priority determining device, 4... Determining device for input processing request,
41... Input processing request list, 42... Allowable usage rate/storage device, 43... Expected usage rate/storage device, 5...
・Resource usage of processing request type ・Storage device, 5 (t. n) t t=ir L+ rl=Q, N-・Register included in 5, 6...Processing request input device, 7...Computer System S 7(n)In=l, N...included in 7ti
us, 8(n)...Resource usage status measuring device corresponding to resource n.

Claims (1)

【特許請求の範囲】 1、処理要求を計算機に割当てる方式において、予め上
記計算機で扱い得る処理要求の種別と、その各処理要求
種別による該計算機に含まれる各資源の使用率の見積シ
値を記憶する第1の領域と、各資源の許容使用率を記憶
する第2の領域と、各処理要求の優先度を記憶する第3
の領域と、上記第3記憶領域の情報から優先度が最も高
い処理要求(群)を検索する第1の段階と、上記第1記
憶領域の各処理要求種別による各資源の使用率の見積シ
値と、第4記憶領域の各資源の使用率と、第2記憶領域
の各資源の許容使用率とから、上記の処理要求(群)の
中から、各資源の許容使用率の範囲内で各資源間の使用
率の不均衡を少なくするような処理要求ないしはこの組
合せを決定し、これを計算機に割当てる第2の段階とを
含むことを特徴とする計算機への処理割当て方式。 2、上記第1項記載の方式において、各資源間の使用率
の不均衡を表す指標は、各資源の許容使用率から予想さ
れる使用率を差し引いた値の自乗和によって求めること
を%徴とする計算機への処理割当て方式。
[Claims] 1. In the method of allocating processing requests to computers, the types of processing requests that can be handled by the computer and the estimated usage rate of each resource included in the computer according to each processing request type are determined in advance. a first area for storing, a second area for storing the allowable usage rate of each resource, and a third area for storing the priority of each processing request.
a first step of searching for a processing request (group) with the highest priority from the information in the third storage area; and a system for estimating the usage rate of each resource by each processing request type in the first storage area. Based on the value, the usage rate of each resource in the fourth storage area, and the allowable usage rate of each resource in the second storage area, from among the above processing requests (group), select one within the allowable usage rate of each resource. 1. A method for allocating processing to computers, comprising a second step of determining a processing request or a combination thereof that reduces the imbalance in usage rates between resources, and allocating the request to the computers. 2. In the method described in item 1 above, the index representing the imbalance in usage rates between each resource is determined by the sum of squares of the value obtained by subtracting the expected usage rate from the allowable usage rate of each resource. A method for allocating processing to computers.
JP22612182A 1982-12-24 1982-12-24 System for allocating processing to computer Pending JPS59117642A (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
JP22612182A JPS59117642A (en) 1982-12-24 1982-12-24 System for allocating processing to computer

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
JP22612182A JPS59117642A (en) 1982-12-24 1982-12-24 System for allocating processing to computer

Publications (1)

Publication Number Publication Date
JPS59117642A true JPS59117642A (en) 1984-07-07

Family

ID=16840164

Family Applications (1)

Application Number Title Priority Date Filing Date
JP22612182A Pending JPS59117642A (en) 1982-12-24 1982-12-24 System for allocating processing to computer

Country Status (1)

Country Link
JP (1) JPS59117642A (en)

Cited By (4)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JPS61223950A (en) * 1985-03-29 1986-10-04 Toshiba Corp Scheduler
JPS63136140A (en) * 1986-11-27 1988-06-08 Fujitsu Ltd Optimum job scheduling system
JPH02253439A (en) * 1989-03-28 1990-10-12 Hitachi Inf Syst Ltd Queue processing system
JPH05197578A (en) * 1990-11-20 1993-08-06 Internatl Business Mach Corp <Ibm> Method and apparatus for controlling delayed execution based on user's request

Cited By (5)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JPS61223950A (en) * 1985-03-29 1986-10-04 Toshiba Corp Scheduler
JPH0518139B2 (en) * 1985-03-29 1993-03-11 Tokyo Shibaura Electric Co
JPS63136140A (en) * 1986-11-27 1988-06-08 Fujitsu Ltd Optimum job scheduling system
JPH02253439A (en) * 1989-03-28 1990-10-12 Hitachi Inf Syst Ltd Queue processing system
JPH05197578A (en) * 1990-11-20 1993-08-06 Internatl Business Mach Corp <Ibm> Method and apparatus for controlling delayed execution based on user's request

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