Abstract— Multimedia technology has been applied to many types of applications and the vast amount of multimedia data needs to be indexed. The usage of digital video data is very popular today. In particular, video browsing is a necessary activity in all kinds of fields. For effective and interactive exploration of large digital video archives there is a need to index the videos using their visual, audio and textual data. In this Paper, we focus on the visual and textual content of video for indexing. By this paper We have able to developed and designed a web- enabled Video indexing system with the help of video streaming based on a Windows 2003 streaming server platform. To create a video-indexing system we first create publishing points and playlists for each video clip that is to be indexed. Information stored in the corresponding wsx and asx files corresponds to the start and stop times of the clip on the source video file resident on the server. A PHP based back end on the web server accesses the video database which is implemented in MySQL. Through the web pages, users can submit keyword for search on the database. Back end scripts then generate a prioritized list (based on relevance search) for the users, who can then directly click the links of interest to view clips relevant to the search submitted. INTRODUCTION or browsing, searching, and manipulating video documents, an index describing the video content is required. It forms the crux for applications like digital libraries storing multimedia data or filtering systems which automatically identify relevant video documents based on a user profile. To cater to these diverse applications, the indexes should be rich and as complete as possible. Until now, construction of an index is mostly carried out by document lists when people manually assign a limited number of keywords to the video content. The specialist nature of the work makes manual indexing of video documents an expensive and time consuming task. Therefore, automatic video indexing methods are necessary. Most solutions to video indexing use a unimodal approach, i.e. only the visual, auditory, or textual modality is used. Instead of using only one modality, multimodal video indexing strives to automatically classify (pieces of) a video F Documents based on multimodal analysis. In this we put forward a unifying framework for multimodal video indexing. Streaming media adds engaging motion and sound to the Web experience, increasing site stickiness, interactivity, and retention. Streaming allows timely, dynamic content to be seen by a larger, even global audience, helping to cost- effectively disseminate information, to address new markets, and to bring your corporate culture closer to far-reaching constituencies. Streaming in its truest form, can help to protect video content from being “pirated” and misused. Streaming media is no longer merely a promise. Streaming is here today. This Primer won’t tell you everything about this rapidly emerging technology, but it will give you an overview of the opportunities and the pitfalls, the costs, and the basics. You’ll find out what makes streaming different, and how you can use compelling streaming media content to make your Web sites more dynamic. At the very least, you’ll learn enough to be an informed member of a work group planning and executing streaming implementations. But, even if you are a complete beginner, you’ll find out how easy it can be to edit, encode, and integrate streaming video into your own Web site. And, if you are already creating video productions, this Primer will introduce you to the state-of-the-art streaming media technologies you can use to extend II. THE TECHNOLOGY BEHIND VIDEO STREAMING Before creating digital video for streaming purposes, the needs to be certain that several factors exist. These include ensuring that we have (a) made the video in the proper format, (b) access to a streaming media server, and (c) adequate bandwidth to download and upload the video file. The hardware for creating video streaming materials requires much of the same equipment for creating traditional digital video no matter how the material is being used on the Web. These hardware and software components include a video camera (analog or digital), video editing program (e.g., Adobe Premiere, Final Cut Pro), video encoding software (e.g., Real Producer Plus, Discreet Cleaner), a computer with a lot of storage space to store the video files, and a high-speed network connection. Other equipment considerations include (a) obtaining a tripod for reducing the amount of movement 1 A Video Indexing System Meghendra Singh Uttar Pradesh Technical University , Lucknow Email-meghendrasingh_db@yahoo.co.in Phone-8130222844