201115318 六、發明說明·· 【發明所屬之技術領域】 本發明係有關一種動態電源節點管理的監控方去、 指-種提供-種自純測流程，本流程會先=被測端= 源消耗功率的數據’此時送出第一修正動作（p〇li ' 此第一修正動作所設定的功率限制為零，所做=1) (Action)為發送警示信號（Alert)，當檢測 警示信賴’再送出第二修正動作（Policy2)，此第？ 修正動作所設定的功率限制一樣為零，但所做的動 機（Shutdown)，當檢測流程檢查到被測端電力狀熊… State)為關閉（Off)時，整個檢測便算執行成功 【先前技術】 DPNM為英特爾（Intel)的動態電源節點管理 Power Node Manager，DPNM)技術，可用 向ynamic 電源使用狀況’並對伺服器做電源管：J 5服态的 制，在以修正動作（PQliey)為主的管理方功率=限 當下達-個修正動作後’這個系統須在多：佟正了 (C〇rreCti〇nWLi峨好消耗功率㈣^ 命令透過網路送出到被測端的基板管理控制個 測端的基板營理控制器⑽c)需要—）’被 命令給動態電源節點管理，此時動態電此 的工作頻率，: = 率限制’本__爾後提供—個自 201115318 【發明内容】 基於解決以上所述f知技藝的缺失，本發明為 理的監控方法’主要目的為提供一種自= :第：程會先收集被測端電源消耗功率的數據，此時 ==r(pollcyl) ’此第—修正動作所設定 革限制為零’所做的動作（Action)為發送 正動1檢測流程收到此警示信號後，再送 揭;〇lcy 2)，此第二修正動作所設定的功率限制 ，但所做的動作為關機(shutd叫，二=丨 考王檢查到被測端雪六灿能γ D ^ m /1] 〇，i ^ ^ (lZ)ta〇te) (0ff) 控方=;=為一種動態電源節點管理的監 12 13 ，伺得目前耗電狀態，並命為第—消耗功率； 、送出該第-修正動作後，使二為零； 並命為第二消耗功率，並檢查第 14 15 16 該第一消耗功率； 羊疋否小於 “檢查是否收到該警示信號； /送出取消該第一修正動作； 態’並二t::動率作後並耗電狀 若執行結果 17 於一預定時間内是否收到該警示信號； 201115318 18〜使伺服器取得耗電狀態，並命為第四消耗功率； 19〜送出第二修正動作，將第四消耗功率降至為零； 20〜送出該第二修正動作後，使伺服器取得耗電狀態，並 命為第五消耗功率，並檢查第五消耗功率是否大於該 第四消耗功率，若執行結果為是，則送出一關機信號； 21〜檢查被測端是否已關機； 22〜送出取消該第二修正動作； 23〜送出開機命令； 24〜使伺服器取得耗電狀態，並命為第六消耗功率，並檢 查第六消耗功率是否大於該第五消耗功率； 25〜於一預定時間内被測端是否已關機。 為進一步對本發明有更深入的說明，乃藉由以下圖 示、圖號說明及發明詳細說明，冀能對貴審查委員於審 查工作有所助益。 【實施方式】 茲配合下列之圖式說明本發明之詳細結構，及其連結 關係，以利於貴審委做一瞭解。 動態電源節點管理（Dynamic Power Node Manager， DP丽）是内置在Intel晶片組内部的電源管理策略引擎，和 韌體（BIOS)、作業系統（0S)電源管理一起工作，從而 動態的調整平台的功耗，從而使得平台可以實現最大的性 能功耗比。動態電源節點管理技術有兩方面的技術難題需 要解決，一是首先要準確的把握系統的應用規律，找出資 源實際利用率的規律，二是如何將規律轉化為系統的策 201115318 略’並通過官理平台注人到服務器系統， 效。 請參閱圖-A、B、C所示，係為本發明為一錄乱作 ^節點管_監控方法，係包括有下列步^種動態電 耗電狀態’並命為第-消耗功率； 、送出該第作，將第一消耗功率目標設定為零； X >正動作後，使伺服器再 並命為第-冶知丄十 €狀態， 力率’若執行結果為是，則送出—η 被’該步驟（l3)的執行結果為是，列執行牛驟/ 執行紝要盔术。， 〜轨仃步驟（14); 果為否，則顯示執行失敗； 仏查疋否收到該警示信號，該步驟（ / 為是’則執行步驟（15);執行 、執行結果 行失敗； 卿，，。果為否’則顯示執 “送出取消該第一修正動作； =出取消該第-修正動作後， 悉’並命為第三消耗功率，並檢杳第八2=電狀 小於該第二省釭从、參 —乐耗功率是否 目丨丨舢弟—扁耗功率，該步驟（16)的執行处JL盔《 則執行步驟（17);執行 τ、、、。果為疋， 於一預定時間内是否收到逛 丁執仃失敗， 的執行έ士果Μ二職3不^虎’該步驟（17) ^于結果為是，則顯示執行失敗；執仃步驟⑴）； 送出第二修正動作;、第功率； 送出該 :將第四祕功率降至為零； 〜動作後’使舰器取得耗電狀態，並 動的調節 生 12 13 14 15 16 17 18 19 20 201115318 ^為第五消耗功率，並檢查第五消 弟四消耗功率，該步驟（20)的執行结果大於該 21 行步驟⑻；執行結果為否，則顯丁示二為^，則執 查破測端是否已關機，該步驟（21)的敗， J，則執行步驟(22)，·執行結果為否：；結：為 失敗； 勺货則顯不執行 22 23 24 v送出取消該第二修正動作； “送出開機命令； ί㈡狀態，並命為第六消耗功率，並檢 果為該第五消耗功率，若執行結 果為Η、1機信號’該步驟（24)的執行结 執行執行步驟（25);執行結果為否，則顯示 25 内被測端是否已關機’該步驟⑻的 顯示則顯示執行成功；執行結果為是，則 藉由上述圖一（A'B、C)的揭露，即可 源節點管理的監控方法，主要目的為提=-i 據’本流程會先收集被測端電源消耗功^的數 邀干零，所做的動作―）為發送 出第^正私咐），當檢測流程收到此警示信號後，再送 功率限制—檨：(p〇hcy 2) ’此第二修正動作所設定的 %、、丨j。所做的動作為關機（处_贿）， 双U王檢查到破測端電力狀態（p〇werSta⑷為關閉 201115318 _ π上所；4，本發明之結構特徵及各實施例皆已詳細揭 不’而可S分顯示出本發明案在目的及功效上均深賦實施 之進步性，極具產業之利用價值，且為目前市面上前所未 見之運用’依專利法之精神所述，本發明案完全符合發明 專利之要件。201115318 VI. INSTRUCTIONS······································································ The power data 'sends the first correction action at this time (p〇li 'the power limit set by this first correction action is zero, and =1) (Action) is to send a warning signal (Alert), when detecting the warning trust ' Then send the second corrective action (Policy2), this first? The power limit set by the corrective action is the same as zero, but the motivation is (Shutdown). When the detection process checks that the power-bearing bear on the measured end... State is OFF, the entire test is executed successfully. 】 DPNM for Intel (Intel) dynamic power node management Power Node Manager, DPNM) technology, available to the dynamic power supply status 'and the server to do the power tube: J 5 service state, in the corrective action (PQliey) The main management power = limit when the next release - a correction action 'this system must be more: 佟 了 (C〇rreCti〇nWLi 峨 good power consumption (four) ^ command through the network to the test end of the substrate management control test The end of the substrate management controller (10) c) needs -) ' is ordered to the dynamic power node management, at this time the dynamic operating frequency of this:, = rate limit 'this __ after the provision - from 201115318 [invention content] based on the above The lack of the skill of the art, the main purpose of the monitoring method of the present invention is to provide a data from the =: first process to collect the power consumption of the power supply at the tested end, at this time ==r(pollcy l) 'This is the correct action set the leather limit is zero' action (Action) is sent positively 1 detection process received this warning signal, then sent again; 〇 lcy 2), this second corrective action Set the power limit, but the action is shutdown (shutd called, two = 丨 test king check to the measured end of the snow six can γ D ^ m /1] 〇, i ^ ^ (lZ) ta〇te) ( 0ff) The prosecution =; = is a dynamic power node management supervisor 12 13 , the current power consumption state, and the first power consumption; , after sending the first - corrective action, make two zero; and The second power consumption, and check the first power consumption of the 14 15 15; whether the sheep is less than "check whether the warning signal is received; / send out the first correction action; state 'and two t:: after the momentum And the power consumption if the execution result 17 receives the warning signal within a predetermined time; 201115318 18~ causes the server to obtain the power consumption state, and the fourth power consumption; 19~ send the second correction action, the fourth The power consumption is reduced to zero; 20~ after the second correcting action is sent, the server is made to consume power And the fifth power consumption is checked, and it is checked whether the fifth power consumption is greater than the fourth power consumption. If the execution result is yes, a shutdown signal is sent; 21~ checking whether the tested terminal is powered off; 22~ sending out the first 2 corrective action; 23~ send a power-on command; 24~ cause the server to obtain a power consumption state, and hit the sixth power consumption, and check whether the sixth power consumption is greater than the fifth power consumption; 25~ is within a predetermined time Whether the measuring end has been shut down. In order to further explain the present invention, the following illustrations, illustrations and detailed descriptions of the invention can be helpful to the reviewing work of the reviewing committee. [Embodiment] The detailed structure of the present invention and its connection relationship will be described in conjunction with the following drawings to facilitate an understanding of the audit committee. Dynamic Power Node Manager (Dynamic Power Node Manager, DP) is a power management policy engine built into the Intel chipset. It works with firmware (BIOS) and operating system (OS) power management to dynamically adjust the platform's power. Consumption, so that the platform can achieve the maximum performance per watt. Dynamic power node management technology has two technical problems to be solved. First, it is necessary to accurately grasp the application law of the system and find out the law of actual utilization of resources. Second, how to convert the law into a system policy 201115318 The government platform attracts people to the server system and works. Please refer to the figures -A, B, and C. The present invention is a recording and processing method for monitoring, and includes the following steps: dynamic power consumption state and life-first power consumption; Sending the first work, setting the first power consumption target to zero; X > after the positive action, causing the server to re-create the first state, the force rate 'if the execution result is yes, then send out — η is the result of the execution of this step (l3), and the column executes the cow/execution helmet. , ~ 仃 仃 step (14); If no, the display fails; 仏 疋 收到 收到 收到 收到 收到 收到 收到 收到 收到 收到 收到 收到 收到 收到 收到 收到 收到 收到 收到 收到 收到 收到 收到 收到 收到 收到 收到 收到 收到 收到 收到 收到 收到 收到 收到 收到 收到 收到 收到 收到 收到 收到,, if the result is no, then the display "send" cancels the first correction action; = after canceling the first-correction action, learns to be the third power consumption, and checks that the eighth 2 = electrical quantity is less than In the second province, whether the power consumption of the enthalpy, the enthusiasm, or the music is stunned, the power consumption of the flat, the execution of the step (16), the JL helmet, then the step (17); the execution of τ, , ,. In the case of a predetermined time, whether or not the employee has failed to receive the slogan, the execution of the gentleman's job is not the same as the second job. The step (17) The second corrective action; the first power; send the: the fourth secret power is reduced to zero; ~ after the action to make the ship obtain the power consumption state, and the dynamic adjustment of the life 12 13 14 15 16 17 18 19 20 201115318 ^ For the fifth power consumption, and checking the fifth consumption power consumption, the execution result of the step (20) is greater than the Step 21 (8); if the result is no, then the second is ^, then check whether the broken end is turned off, the failure of step (21), J, execute step (22), · the execution result is no :; knot: for failure; the spoon goods are not executed 22 23 24 v sent to cancel the second correction action; "send the power-on command; ί (two) state, and the sixth power consumption, and the result is the fifth power consumption If the execution result is Η, 1 machine signal 'the execution end of step (24) performs the execution step (25); if the execution result is no, it displays whether the measured terminal is turned off within 25'. The display of the step (8) shows execution. Success; the result of the execution is yes, the monitoring method of the source node management can be obtained by the disclosure of Figure 1 (A'B, C) above. The main purpose is to raise the power of the tested terminal. The number of power consumption ^ invites to dry zero, the action -) is to send out the ^ positive private), when the detection process receives this warning signal, then send the power limit - 檨: (p〇hcy 2) 'This 2. Correct the %, 丨j set by the action. The action is to shut down (in the _ bribe), the double U king checks to the power level of the test terminal (p〇werSta (4) is closed 201115318 _ π; 4, the structural features of the present invention and various embodiments have been revealed in detail 'And the S-score shows that the invention has deep progress in the purpose and efficacy of the invention, which is extremely valuable for the industry, and is currently used in the market as described in the spirit of the patent law. The invention is fully in accordance with the requirements of the invention patent.
唯以上所述者，僅為本發明之較佳實施例而已，當不 月b以之限定本發明所實施之範園’即大凡依本發明申請專 利範圍所作之均等變化與修飾’皆應仍屬於本發明專利涵 蓋之範圍内，謹請 貴審查委員明鑑’並祈惠准，是所 至禱。 201115318 L圖式簡單說明】圖一係為本發明動態電源節點管理的監控Μ 【主要元件符號說明】 伺月=取得目前耗電狀態，並命 迗出第-修正動作，將筮一、、、占立…均耗功革， 送出兮第耗功率目標設定為零； 並命為第二消耗功率， 仔耗電狀怨， 該第—消耗功率，若執耗功率是否小於 號； 右執仃、、口果為疋’則送出一警示信 、檢查是否收到該警示信號； V送出取消該第一修正動作； 1出取消該第-修正動作後 態，並命為第三消耗 服H仔耗電狀 小於該第二消耗功率； k—第二消耗功率是否 18〜使伺疋否:到該警示信號； 19〜送出第：修：動：狀態：並命為第四消耗功率; ‘送出該第二修正動作：第：: 肖耗功率降至為零； 命為第五消乾功率，並得耗電狀態，並 半右執仃結果為是，則送出一關機栌咪. 檢查被測端是否_機； 出關機H 送出取消該第二修正動作； 送出開機命令； 11〜 12, 13, 141516 17 20 212223 10 201115318 24〜使伺服器取得耗電狀態，並命為第六消耗功率，並檢 查第六消耗功率是否大於該第五消耗功率； 25〜於一預定時間内被測端是否已關機。The above is only the preferred embodiment of the present invention, and the equivalent variation and modification of the scope of the patent application of the present invention should be Within the scope of the patents covered by this invention, I would like to ask your review committee to make a clear statement and to pray for it. 201115318 L mode simple description] Figure 1 is the monitoring of the dynamic power node management of the present invention Μ [Main component symbol description] Servicing the moon = obtaining the current power consumption state, and smashing the first-correction action, will be one,,, The occupant...the power consumption, the power consumption target is set to zero; and the second power consumption, the power consumption complaint, the first power consumption, if the power consumption is less than the number; , the mouth is 疋 ', then send a warning letter, check whether the warning signal is received; V send out to cancel the first corrective action; 1 cancel the post-correction action after the state, and the third consumption suit H consumption The electrical quantity is less than the second power consumption; k - the second power consumption is 18~ to make the servo no: to the warning signal; 19~ send the first: repair: motion: state: and the fourth power consumption; 'send the The second corrective action: the first:: the power consumption of the Xiao is reduced to zero; the life is the fifth power dissipation, and the power consumption state is obtained, and the result of the half right is YES, then a shutdown microphone is sent. Check the measured end. Whether _ machine; out of shutdown H send out to cancel the second correction Sending a power-on command; 11~ 12, 13, 141516 17 20 212223 10 201115318 24~ to make the server obtain the power consumption state, and to be the sixth power consumption, and check whether the sixth power consumption is greater than the fifth power consumption; 25~ Whether the terminal under test has been turned off within a predetermined time.