Digital camera and operating method of camera by using cloud computing platform

Abstract

The invention provides a digital camera; an image processing module in the camera is used for image compression and encryption of photos; a wireless communication module is used for completion of a connection between the camera and a cloud computing platform; a positioning module is used for acquiring a coordinate of the current site, so that the location information of the current site can be acquired based on an electronic map. An operating method of the camera by using the cloud computing platform is as follows: after the camera is started, the coordinate of the current site is acquired through the positioning module, and the location information of the current site is acquired based on the electronic map; the wireless communication module automatically searches and connects to the network; the camera is connected with the cloud computing platform, then an identity authentication of the camera is carried out by the cloud computing platform; after image compression and encryption of the shoot photos are completed, according to the set property, the operation corresponding to the property is carried out. According to the digital camera disclosed by the invention, the positioning module is used for acquiring the current positioning information, and the information of the current location is acquired based on the electronic map, then the photos are saved in relevant position through the network in real time.

Description

Technical field [0001] The invention relates to a digital camera, in particular to a digital camera and a method for operating the camera using a cloud computing platform. Background technique [0002] At present, most of the SLR cameras or other cameras are operated in the "stand-alone" mode, and the connection to the Internet can only be completed through a computer to upload photos. [0003] figure 1 The flow chart of the existing photo management mode. First, in step 1 and step 2, the user completes the shooting of the object image through the camera; then, in step 3 to step 6, the user saves the captured photos to the computer via a memory card or data cable ; Finally, in steps 7 and 8, the user processes the photos with the help of a computer, and realizes different applications of the photos through the network. [0004] The disadvantages of existing camera systems are as follows: [0005] 1. The photo after shooting cannot record the location information of the location wher...

AI Technical Summary

Problems solved by technology

[0005] 1. The photo taken cannot record the location information of the place where the photo was taken

Although the existing cameras can record the shooting date and shooting time, they cannot record the shooting location information, let alone realize the search based on the location information;

[0006] 2. The existing cameras cannot realize the interconnection with the network

Although existing cameras can send photos to computers through data cables or memory cards, they cannot be directly connected to computers through wireless networks, that is to say, cameras do not have wireless communication functions;

[0007] 3. Too much dependence on the computer

At present, users cannot access photos, modify photos, and publish photos without a computer, which greatly reduces the mobility and convenience of the device;

[0008] 4. The storage capacity of the camera is limited

Although existing cameras can expand external memory through SD cards, etc., the small capacity of the camera is still an annoyance for many photographers and ordinary photographers;

[0009] 5. By figure 1 In the photo management mode, we know that each photo processing process has to go through a lot of processes to achieve the purpose of sharing, which causes a waste of time and space

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