autonet主機的問題，透過圖書和論文來找解法和答案更準確安心。 我們找到下列包括價格和評價等資訊懶人包

機車急煞閃燈系統設計與實作

為了解決autonet主機的問題，作者黃柏樹 這樣論述：

本研究目的主要使車輛急煞減速，啟動方向燈快速閃燈功能，提示後方來車，做動原理讀取輪速訊號後，判定速度差是否達到目標值，透過單晶片程式進行計算，輸出訊號給左右方向燈快閃三次，還需偵測把手開關訊號，偵測到訊號就輸出訊號閃爍方向燈，本研究急煞閃燈系統實施為大幅增加安全性，減少原車上方向燈警示器，車子主配線減少長度與接頭對插，日後可以將架構放進ABS主機、機車儀錶、車上電腦，只需要新增輸出入迴路與線路搭配，程式上增加控制架構。

Routing in Interconnection Networks and Its Applications

為了解決autonet主機的問題，作者周嘉政 這樣論述：

Supercomputers can be made of mainframes or network-based distributed systems like clusters. Nowadays, the trend is towards cost-effective network-based distributed computing systems since they consist of commodity components, such as personal computers and high speed networks. Therefore, the routi

ng in clusters is the key issue that provides not only high throughput but also low latency networks. We address both irregular and regular topology networks. For irregular topology, we propose the Tree-turn model as a tool to develop the routing algorithms. Based on the Tree-turn model, we derive t

he deadlock-free routing algorithm, Tree-turn routing, for irregular topology. There are three phases to construct Tree-turn routing. First, build up a coordinated tree for a given topology. Second, construct the communication graph based on the topology and the corresponding coordinated tree. Third

, set up the forwarding table by using the all-pairs shortest path algorithm according to the prohibited turns derived from the Tree-turn model and the directions of the channels in communication graph. For regular topology, we propose multicast algorithms for fat-tree-based and 2-D mesh networks. B

esides, since InfiniBand Architecture (IBA) provides hardware supported multicast, our algorithms can take advantage of this feature and improve the performance. The proposed multicast scheme consists of three sub-schemes, the processing node addressing scheme, the path selection scheme, and the for

warding table assignment scheme. To improve the performance, we also consider the usage of virtual lanes and the mapping of service level to virtual lane. Moreover, as the high performance computing systems scale up, mapping the tasks of a parallel application onto physical processors to allow effic

ient communication becomes one of the critical performance issues. We propose a hierarchical mapping algorithm to address this issue. Experimental tests and analyses of the proposed methods are conducted in this dissertation. The results show that the proposed methods can achieve good performance, a

nd we get some encouraged remarks regarding to the proposed methods for routing in interconnection networks and mapping for HPC applications.