【專利讓與及授權】教育部計畫產出專利公告(6件)-1101115

項次

技術名稱

專利證書號

摘要

專利期

1

解碼路徑選擇裝置及方法

I599182

本發明揭露一種用於在錯誤更正碼中解碼迴旋碼或渦輪碼編碼器產生之碼字的解碼裝置，解碼裝置包括：分支計算單元，用於接收數個輸入訊號及計算出數個分支值；可程式化一般化柵狀路由器，用於根據數個通訊標準之一所採用之渦輪碼或迴旋碼規格產生解碼路徑控制訊號；多工器，接收來自分支計算單元之分支值及來自可程式化一般化柵狀路由器之解碼路徑控制訊號並選擇相對應分支值；遞迴運算單元，連接於多工器之後並自多工器接收相對應分支值；及事後機率運算單元，連接於遞迴運算單元之後，事後機率運算單元用於解出最後解碼結果。本發明另揭露一種用於在錯誤更正碼中解碼迴旋碼或渦輪碼編碼器產生之碼字的解碼方法，解碼方法包括以下步驟：接收數個輸入訊號；計算出數個分支值；根據數個通訊標準之一所採用之渦輪碼或迴旋碼規格，產生解碼路徑控制訊號；接收分支值及解碼路徑控制訊號並選擇相對應分支值；接收相對應分支值；及解出最後解碼結果。

2017/09/11-2036/04/05

2

即時影音傳輸系統

SYSTEM FOR TRANSFERRING REAL-TIME AUDIO/VIDEO STREAM

US10,171,545B2

Disclosed is a system for transferring real-time audio/video stream. The system comprises a mobile device, a server and a client terminal. The mobile device comprises a recording module, a fragmented media data (FMD) codec, a segmented media data (SMD) codec and a wireless communication module. The recording module records an event on the scene and generates a real-time video stream. The FMD codec encodes the real-time video stream into fragmented media data comprising a start fragment information, at least one media fragment and a media fragment (MF) random access point. The SMD codec directly segments the fragmented media data into a plurality of segmented media data, which are a start segment and at least one play segment. The SMD codec automatically and sequentially transmits the segmented media data to the server. Finally, the server pushes the segmented media data to the client terminal for play through a browser.

2017/02/15-2037/08/13

3

具有功率約束的影像增強方式、影像處理裝置即顯示系統

I635752

一種具有功率約束的影像增強方法、影像處理裝置及顯示系統，此方法適用於影像處理裝置並且包括下列步驟。首先，接收輸入影像，並且將輸入影像輸入至具有功率約束的稀疏表示(PCSR)模型，其中PCSR模型關聯於稀疏表示模型以及功率約束模型，稀疏表示模型關聯於超完備字典以及稀疏碼，功率約束模型關聯於輸入影像的畫素強度以及顯示器的伽瑪校正值。接著，取得PCSR模型所輸出的重建影像，並且將重建影像顯示於顯示器。

2018/09/11-2037/08/30

4

METHOD, IMAGE PROCESSING DEVICE, AND DISPLAY SYSTEM FOR POWER-CONSTRAINED IMAGE ENHANCEMENT

US10,417,996B2

A method, an image processing device, and a display system for power-constrained image enhancement are proposed. The method is applicable to an image processing device and includes the following steps. First, an input image is received and inputted into a power-constrained sparse representation (PCSR) model, where the PCSR model is associated with a sparse representation model and a power-constraint model, where the sparse representation model is associated with an over-complete dictionary and sparse codes, and where the power-constrained model is associated with pixel intensities of the input image and a gamma correction value of a display Next, a reconstructed image outputted by the PCSR model is obtained and displayed on the display.

2017/11/09-2037/11/09

5

METHOD AND SYSTEM FOR VEHICLE IDENTIFICATION
車輛辨識系統與方法

US 9,208,172 B2

A vehicle identification system and method comprising (a) Calculating vehicle image and reference image of each vehicle by algorithm, in order to obtain respectively the first feature point set and second feature point set. (b) Comparing first feature point with second feature point to calibrate the vehicle image of each vehicle. (c) Establishing plurality of vehicle model image with a gradient bevel distance of the base of the conversion of such vehicles. (d) Capturing instant image of the vehicle. (e) Calculating instant image and reference image by algorithm to obtain respectively the third feature point and the second feature point. (f) Comparing the second feature point and the third feature point to calibrate the instant vehicle image. (g) The instant judgments greatest body image and the gradient of each pixel in each of the base vehicle model for each pixel of the image of the product to determine the real-time vehicle body image should compare of the vehicle model image of one of them.

2015/03/18-2027/12/08

6

基於模糊優化集合架構的駕駛輔助方法及其裝置與系統

I640446

一種基於模糊優化集合架構的駕駛輔助方法及其裝置與系統，此方法適用於運輸載具中連接於多個感測器以及輸出裝置的處理裝置，並且包括下列步驟。首先，自感測器取得感測資料，其中感測器至少安裝於運輸載具以及穿戴於運輸載具的駕駛人，感測資料關聯於運輸載具及其周圍環境的駕駛狀況以及駕駛人的駕駛人狀況。接著，將感測資料輸入至模糊優化集合模型，以產生DDI值，其中模糊優化集合模型包括實體感測器層、模糊推論層、模糊優化層以及資料庫標記層。之後，判斷DDI值是否大於預設容忍值。當DDI值大於預設容忍值時，控制輸出裝置發出警示訊號。

2018/11/11-2037/08/31