Claims (10)
一種景點資訊的自動分類方法，該自動分類方法包括：獲取多張輸入影像，並從該些輸入影像取得多個參考資訊，每一該參考資訊包括一拍攝者資訊，且該些輸入影像對應至少兩個不同的該拍攝者資訊；載入一區域地圖，並將該區域地圖劃分為多個地圖區塊；根據該些輸入影像的該些參考資訊，用以計算每一該地圖區塊的一區域資訊密度；根據每一該區域資訊密度對相應的該地圖區塊新增一視覺特徵；以及將該些地圖區塊載入至一地圖介面。
An automatic classification method for scenic spot information, the automatic classification method includes: acquiring a plurality of input images, and obtaining a plurality of reference information from the input images, each of the reference information includes a photographer information, and the input images correspond to at least Two different photographer information; loading an area map and dividing the area map into a plurality of map blocks; and calculating, according to the reference information of the input images, one of each map block Regional information density; adding a visual feature to the corresponding map block according to the information density of each area; and loading the map blocks into a map interface.
如請求項1所述之景點資訊的自動分類方法，其中該參考資訊更包括一影像位置資訊或一拍攝時間資訊。
The method for automatically classifying the attraction information according to claim 1, wherein the reference information further includes an image location information or a shooting time information.
如請求項2所述之景點資訊的自動分類方法，根據該影像位置資訊判斷該輸入影像所對應的該地圖區塊，並統計該地圖區塊的該區域資訊密度。
The method for automatically classifying the scenic spot information according to claim 2, determining the map block corresponding to the input image according to the image location information, and counting the information density of the region of the map block.
如請求項2所述之景點資訊的自動分類方法，根據該拍攝時間資訊與該影像位置資訊用以計算在不同的一時間區段中的每一該地圖區塊的該區域資訊密度。
The automatic classification method of the attraction information according to claim 2 is used to calculate the regional information density of each of the map blocks in different time segments according to the shooting time information and the image location information.
如請求項4所述之景點資訊的自動分類方法，其中在計算該區域資訊密度後更包括：載入一景點種類對應表，其係儲存多筆景點分類項目；以
及根據該區域資訊密度查找該景點種類對應表，將該地圖區塊指派對應的該景點分類項目。
The method for automatically classifying the scenic spot information according to claim 4, wherein after calculating the regional information density, the method further comprises: loading an attraction type correspondence table, which is to store a plurality of scenic spot classification items;
And searching for the attraction type correspondence table according to the information density of the area, and assigning the map block to the corresponding attraction classification item.
如請求項2所述之景點資訊的自動分類方法，在計算每一該地圖區塊的該區域資訊密度之步驟中更包括：統計該地圖區塊中的相同該拍攝者資訊的總數量；若該些拍攝者資訊的總數量大於一門檻值時，統計該地圖區塊中的該些輸入影像，並計算該區域資訊密度；以及若該些拍攝者資訊的總數量小於該門檻值時，不計算該地圖區塊的該區域資訊密度。
In the step of calculating the information density of the area of each of the map blocks, the method further includes: counting the total number of the same photographer information in the map block; When the total number of the photographer information is greater than a threshold, the input images in the map block are counted, and the information density of the area is calculated; and if the total number of the photographer information is less than the threshold, Calculate the information density of the area of the map block.
如請求項1所述之景點資訊的自動分類方法，根據不同該區域資訊密度對相應的該地圖區塊加入不同顏色的該視覺特徵。
For the automatic classification method of the attraction information described in claim 1, the visual feature of the different color is added to the corresponding map block according to different information density of the area.
如請求項1所述之景點資訊的自動分類方法，其中在載入該地圖介面時更包括：決定該些地圖區塊的一顯示解析度，用以決定該地圖區塊對實際地圖的顯示範圍；以及若改變該地圖區塊的當前該顯示解析度時，則重新繪製該地圖區塊的顯示範圍。
The method for automatically classifying the attraction information according to claim 1, wherein when loading the map interface, the method further includes: determining a display resolution of the map blocks to determine a display range of the map block to the actual map. And if the current display resolution of the map block is changed, the display range of the map block is redrawn.
一種景點資訊的自動分類系統，其係包括：一資訊存取單元，接收多張輸入影像；一儲存單元，用以儲存一區域地圖，該區域地圖更包括多個地圖區塊；以及
一處理單元，該處理單元從該些輸入影像獲取多個參考資訊，該處理單元根據該些輸入影像的該些參考資訊計算每一該地圖區塊的一區域資訊密度，該處理單元根據每一該區域資訊密度對相應的該地圖區塊新增一視覺特徵；其中每一該參考資訊包括一拍攝者資訊，且該些輸入影像對應至少兩個不同的該拍攝者資訊。
An automatic classification system for attraction information includes: an information access unit that receives a plurality of input images; and a storage unit for storing an area map, the area map further including a plurality of map blocks;
a processing unit, the processing unit acquires a plurality of reference information from the input images, and the processing unit calculates an area information density of each of the map blocks according to the reference information of the input images, the processing unit according to each The information density of the area adds a visual feature to the corresponding map block; each of the reference information includes a photographer information, and the input images correspond to at least two different photographer information.
如請求項9所述之景點資訊的自動分類系統，更包括一外部伺服器，用以提供該些輸入影像。The automatic classification system of the attraction information as claimed in claim 9 further includes an external server for providing the input images.