server-side and client-side. In the server-side method, when you click an image leading to multiple links, you are actually invoking a cgi-bin program. The program typically reads a separate map file that tells the program where to go, depending on what part of the image you are clicking. The program returns the destination to the web browser, which then opens the page. The imagemap is called "server-side" because the web browser must contact the remote host to find which site to contact.
Client-side imagemaps, by contrast, do not require a cgi-bin program to function. The imagemap is actually an HTML construct that can be contained on the same page as the clickable image. Rather than requiring the program on the remote host to determine what site to access, the web browser itself associates regions of the image with the appropriate sites. The browser, rather than the remote host, interprets the imagemap.
client side image map using HTML rather than a CGI program or A client-side image map is an image map that is run by the browser rather than a CGI. What happens is you will provide all the information required to run the map in your HTML document. That's why it's called a client-side map. The map's functions are provided on the client's end of things rather than at your server's side. It's not overly hard, but again--it doesn't work on all browsers.
Client-Side image maps allow you to place the map coordinates for your image map right into your html page to be handled by the browser of the person viewing your page.
This side-steps the problem of making an external map file, and processing it on your server. However, it requires that your viewer have a recent version of a popular browser, which can handle client-side image maps.
The syntax is simple. You simply place the map information into a few html markup tags called "map" tags. The map tags contain the map coordinates and URLs to map them to. Then you place the img src tag calling the image map with an extra piece of information.
Digital uses mega pixels ... vs film resolution is based on the area u have to record the image
You cannot convert an image to sound. It is because of the difference in the file formats of both.
It is simple - An input image is subsampled in the same way - the only difference is that a smoothing kernel one might use, which is {gaussian, laplacian, or gabor kernel}. Hope this helps!
A jpg or jpeg file is a jpeg file is a jpeg file. It is an image file that can be used anywhere including websites. The only difference might be the actual size and therefore quality of the image in question. When you want to put an image online you want to make it small and efficient and therefore easier and faster to download when someone views it online. We take pictures all the time and the file size of these images can typically be HUGE. We don't need all the data stored in the file when placing it on a screen image so we save it in a smaller format when we need to.
The image resolution of a picture is broken into pixels. The amount of pixels in the picture depends on the size of the print. There are approximately 100 pixels per inch in a picture.
there is no difference. ;)
Owning an image or the copyright to an image are the same thing. When you hold the copyright to an image it is yours to do with whatever you will, and you can decide who has permission to use it or not. There is no difference.
The difference between 32bit windows and 64bit windows is the resolution of the image and the higher the bit the better the image.
In image window you have image to work with, and in palette you have tools and commands to enhance image displayed in image window
Contrast
character is what makes a person on the inside. image is what you make of yourself on the outside
A preimage is a transformed irritated or changed image. Such as a flipped triangle
Yes
skew option : it changes the angle of the image. stretch option:it resizes the image
If the image is upside up view of the given object than it is called Inverted Image. If it remains as the object than it is called Erect Image
The output as a result of IMAGE PROCESSING is an image ie a transformed image(enhanced) but in case of COMPUTER VISION the output is usually a decsion
A reflection is when you "flip" an image over a line on your graph. A translation is when you move your image vertically and/or horizontally.