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Comments to date: 9. Page 1 of 1. Average Rating:
Shmuelh 2:20pm on Tuesday, September 7th, 2010 
Price, Red Eye removal, Face Recognition feature Some of the default settings, slow to take pictures Along with her Zune, my daughter received this Samsung Digital Camera for Christmas. This is a 7.2 megapixel camera with a 2.
rblackeagle 3:11pm on Wednesday, July 21st, 2010 
Compact, large screen, easy to use, multiple face recognition. Some pictures not as sharp as they could be.
fw 9:48pm on Monday, July 12th, 2010 
I purchased two of these as gifts for family members when the price hit approx $100. The camera seems to hold up well enevn in the hands of teenagers. This is a very nice little camera. It has a brushed aluminum finish and appears to be built pretty well for a camera of this type. It is easy to use.
blumf 9:54pm on Friday, June 4th, 2010 
Excellent for the price This camera does exactly what I wanted it to do, take simple pictures of family and friend. This it does admirably well. Brilliant piece of kit ! Great quality feel about this camera, easy to use, takes great lookin pictures. The video mode really suprised me. Very good camera, very good price... Hi, firstly, this camera is very good quality for the price its up for.
hireghost2006 11:02pm on Tuesday, May 11th, 2010 
We had been looking for a digital camera for ages. fantastic !!!!! Low price & best results. Very good features, Cute design The Navigation is very easy.
S RAMESH KUMAR 12:42pm on Thursday, May 6th, 2010 
Very good camera, very good price... Hi, firstly, this camera is very good quality for the price its up for.
fmiotti 2:43am on Friday, April 16th, 2010 
I bought my Samsung 730 camera in March of last year and have not experienced any problems with it at all. It is an easy to understand and use.
dementor 9:26am on Friday, March 19th, 2010 
this is the best digital camera that i have it has 7.2 mega pixels large LCD 2.5" ASR (Advanced Shake Reduction) i think this camera is easy to use.
Craig Connell 9:20am on Friday, March 12th, 2010 
Great Seller. Everything was received on time and in the stated condition. No problems what so ever. I would recommend this seller.

Comments posted on are solely the views and opinions of the people posting them and do not necessarily reflect the views or opinions of us.




TR2008-638, Dartmouth College, Computer Science


Digital Image Ballistics from JPEG Quantization: A Followup Study
Hany Farid Department of Computer Science Dartmouth College Hanover NH 03755


The lossy JPEG compression scheme employs a quantization table that controls the amount of compression achieved. Because different cameras typically employ different tables, a comparison of an images quantization scheme to a database of known cameras affords a simple technique for conrming or denying an images source. This report describes the analysis of quantization tables extracted from 1,000,000 images downloaded from


Since the JPEG image format has emerged as a virtual standard, most cameras encode images in this format. This lossy compression scheme allows camera manufacturers to balance the amount of compression and the quality of their images. This tradeoff is embodied in the JPEG quantization table. In earlier work [1], we showed that the quantization table is fairly distinct across various cameras, and can therefore be used to conrm or deny the source of an image (see also [2]). This initial study examined one image taken from one of 204 cameras, but suffered from not considering the different quantization tables that are employed with varying camera quality and resolution settings. In this report, we expand on our earlier work by considering a much larger and more diverse collection of images. 1
Using the Flickr API, 1,000,000 images were downloaded from, a popular photo-sharing website. Since we are interested in the JPEG quantization table employed by different cameras, it was necessary to eliminate any images that had been edited or altered by any photo-editing software. To this end, only images tagged as original by Flickr were downloaded. Images were then eliminated if they were not 3-channel color images, and further eliminated if they had incomplete metadata, inconsistent modication and original dates, or a software metadata tag suggesting that the image had been edited by a photoediting software. This ltering eliminated 557,045 images, leaving 442,955 images. The camera make, model, resolution, and JPEG quantization table were extracted from each of the 442,955 images metadata. In order to further eliminate possible edited or altered images, only those entries with ve or more images having the same paired make, model, resolution, and quantization table were retained. This ltering eliminated 105,329 images, leaving 337,626 images for the nal analysis. The remaining 337,626 images spanned 10,153 different distinct pairings of camera make, model, resolution and quantization table (accounting for 48 different camera manufacturers, and 859 different camera models). It is from these 10,153 entries that the distinctness of the paired resolution and quantization table was analyzed. Both the resolution and quantization table were combined in order to provide a more rened criteria for narrowing the search criteria to identify the source camera.


The 10,153 entries described in the previous section fall into equivalence classes of size 1 to 178, where each class has identical resolution and JPEG quantization table. The average class size is 20.13, with a standard deviation of 35.7 (a class of size 1 means that the paired values are unique). The median class size is 5. Of the 10,153 entries, 2,704 entries (26.6%) have a unique paired resolution and quantization table, and 37.2% have at most two matches, and 44.1% have at most three matches.
Figure 1: The distribution of equivalence class sizes for paired resolution and JPEG quantization (a class size of 1 denotes a unique pairing).
Shown in Figure 1 is the distribution of the size of these equivalence classes, and shown in Appendix A are the cameras belonging to the same equivalence class. In the majority of cases, it is cameras from the same manufacturer that share the same quantization table, although in several situations there is a signicant amount of overlap between cameras of different manufacturers. If we ignore resolution and partition only on the quantization tables, then the 10,153 entries fall into equivalence classes of size 1 to 899, where each class has an identical quantization table. The average class size is 273.6, with a standard deviation of 276.1. The median class size is 254, and 517 (5.1%) have a unique quantization table, and 8.3% have at most two matches, and 10.4% entries have at most three matches.
and by the Institute for Security Technology Studies at Dartmouth College under grants from the Bureau of Justice Assistance (2005-DD-BX-1091) and the U.S. Department of Homeland Security (2006-CS-001-000001). Points of view or opinions in this document are those of the author and do not represent the ofcial position or policies of the U.S. Department of Justice, the U.S. Department of Homeland Security, or any other sponsor.


[1] H. Farid. Digital image ballistics from JPEG quantization. Technical Report TR2006-583, Department of Computer Science, Dartmouth College, 2006. [2] J.D. Kornblum. Using JPEG quantization tables to identify imagery processed by software. Digital Investigation, 5:S21S25, 2008.


While the JPEG quantization table is clearly not unique, it (paired with the image resolution) is reasonably effective at narrowing the source of an image to a single camera make and model or to a small set of possible cameras.

Appendix A

Each entry in the rst table corresponds to a camera with unique resolution and quantization table. Each entry in the second table corresponds to an equivalence class of identical resolution and Acknowledgments quantization table. The size of the equivalence class is in the rst column, and the camera make This work was supported by a gift from Adobe and model and resolution are in the second colSystems, Inc., a gift from Microsoft, Inc., a grant from the National Science Foundation (CNS-0708209), umn. 2
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