destination index 中文意思是什麼
destination index
解釋
目的變址器- destination : n. 1. 〈罕用語〉指定，預定，註定。2. 目的地，指定地。3. 目的，目標。
- index : n （pl es dices ）1 索引。2 指標，標準，標志。3 示[食]指 （＝index finger）。4 指數。5 【印刷】指...
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When it arrives at the predetermined destination, the robot controls multi - putting - ball mechanisms and puts the game - ball into the drum simultaneously. on the other side, on the basis of the theory and experiment, we subjoin a line - tracking device in the robot system, ensuring the correct moving of the robot along the white index line on the venue, in order to increase the accuracy of orientation. during the automatic moving, the robot measures the position on the venue by itself, moreover, judging its direction and automatic cut - away with the single - chip microcomputer. this system has been finished the experiment, and find credibility, be in point
同時，為了保證機器人正確地沿著比賽場地上的指示線行走，提高機器人定位的準確性，還從理論和實驗的角度，在機器人上增加了一套尋線系統，以便機器人在其自動行走的過程中，隨時檢測自身的位置狀態，判斷偏離方向，進行自動的糾正。這一套尋線系統已完成了實驗，且比較可靠、適用。 -
Starting at the specified destination array index
，從指定目標數組索引處開始。 -
Starting at the specified destination index
從指定的目標索引位置開始。 -
This method takes the source index, an array of characters, the destination index, and the number of characters to copy
此方法帶有四個參數，即源索引、字元數組、目標索引和要復制的字元數。 -
The destination area is filled by using the color associated with index 1 in the physical palette
通過使用物理調色板中與索引1關聯的顏色來填充目標區域。 -
The destination area is filled by using the color associated with index 0 in the physical palette
通過使用物理調色板中與索引0關聯的顏色來填充目標區域。 -
Firstly, by selecting and defining the resource load indexes rationally, lbmr take into consideration the effect on the resource usage of source node and destination node by the migrant. by means of vector operations, lbmr can use multiply resources in harmony. secondly, lbmr adopts the smallest k - subset random algorithin, and the load index information is provided by the information cache
Lbmr演算法的主要思想有三點：第一，基於合理選擇和定義的資源負載向量，綜合考慮進程遷移對源節點和目標節點資源利用率的影響，通過向量運算協調多種資源的平衡使用；第二，基於最小k子集隨機演算法，採用信息cache提供的負載信息作為負載平衡演算法位置策略的選擇依據；第三，基於進程生命時間的概率分佈，根據遷移進程減速（ slowdown ）數學期望值的改善程度，選擇適合於遷移的進程。
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