Tuesday, August 13, 2019
Not sure Research Proposal Example | Topics and Well Written Essays - 2750 words
Not sure - Research Proposal Example This was a triggering event for me, and I decided to research more. My research gave me a lot of literature about the mechanics of the SLR camera, and its preferred advantages over other forms of camera. I also gained a lot of resource material on the different brands of SLR and digital SLR (DSLR). However, when I was viewing the disadvantages of SLR I found out that one of the disadvantages of the SLR is that the mirror system can cause noise. I researched more on it, but could not get enough information. One of the reasons why noise came into the images was because of the thermal effect. Therefore it struck me if using a sensor cooling system in consumer grade DSLRs can reduce noise. I tried to find more literature if such cooling sensors are being used in consumer grade models. There was some information available on the usage of CCD sensors in DSLR for use in astrophotography; however, there was no literature or trial models in the market which used cooling systems for SLR in consumer grade models. Therefore I decided to base my research on the scope of developing a consumer grade SLR that integrated cooling systems to reduce noise. My research paper reviews the DSLR mechanics, and its merits and demerits over other forms of cameras. In the later part, the paper explores the science behind noise, and how it is overcome. It then goes on to justify that why cooling sensors can decrease noise. The paper outlines an experiment that could be performed in order to assess if cooling sensors can decrease noise. The paper also provides safety precautions that need to be taken and the scope, if the experiment is successful, of such DSLR models in the market for cameras today. As mentioned above, one of the disadvantages of consumer-grade DSLR is that the signal to noise ratio is high. Therefore the experiment is designed to investigate how one a certain type of sensor can reduce this ratio. The first step
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