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License Plate Recognition System

2009-07-30 15:24:06

Detects and reads license plates automatically in real-time both during day and night time. Gives 24x7 faster and reliable alternative to manual registering of license plates. No stoppages leading to faster throughput even during peak hours.

Auto Modeler 3

2009-07-29 14:11:35

Auto Modeler 3

Auto Modeler 2

2009-07-29 14:10:33

Auto Modeler 2

Auto Modeler 1

2009-07-29 14:09:51

Auto Modeller 1

Serial Network Interfaces

2009-07-29 13:20:45

To setup the Okapi router to work over an E1 as well as a V.35 line.

The Sequence of steps are:

Configure serial interface with respect to the nature of our link (E1 or V.35)

Verify the settings of the configured interface

Configure static route to the Office LAN (N/W-10.20.0.0/16) and verify it.

Lastly, we further validate the serial link(s) by using ping and traceroute commands to Network Machines belonging to the Office LAN.

Multicast Networking

2009-07-29 13:16:05

To show multicast routing by enabling it on Okapi Router.

Okapi's Industry Standard CLI will be used for:

Setting up router interfaces and Enabling RIP

Demonstrating the need for Multicasting

Configure Multicast Routing

Verifying: Multicast Traffic?s Routing to Network Machines

Toggling: Observing the effect of enabling and disabling Multicast Routing on a single interface

ISDN Configuration

2009-07-29 13:11:22

Video guide for setting up Dial on Deamnd Routing(DDR) link over the ISP channel

The steps are:

Setting up interfaces

Configuring Dynamic Routing (RIP)

Define interesting traffic

Set up BRI interface

Configure: Default Static route

Verify and Validate: DDR connectivity to the ISP

Bridging & Routing

2009-07-29 13:09:32

Quick start Video Guide for configuring Okapi as a Bridge router.

The objective of this demonstration is to showcase versatility of Okapi routing platform to behave as a router as well as a bridge i.e. routing packets for known protocols and simply forwarding the rest as a bridge would.

To set up the brouter we will use the industry standard CLI.

First, we identify the need for bridging.

Thereafter, we will configure Bridging through the Bridge command and also enable STP or Spanning Tree Protocol for the Bridge

In the next step we will set up the interfaces for Bridging i.e. associate the interfaces to our bridge through the Bridge-group command. Additionally, to allow routing of packets we will also configure dynamic routing over the same router.

Finally, we would verify the coexistence of Bridging and Routing.

ACLs in Firewall

2009-07-29 13:04:32

To demonstrate packet filtering capability of Okapi routing platform using access list(s)

The Okapi Industry Standard CLI will be used for:

Setting up Interfaces

Configuring Dynamic routing (RIP) for the interfaces

Demonstrating free network access without traffic filtering

Setting up Access Lists and applying them to the interfaces

Validating the filtering done by Access lists by using Ping and Telnet

Trazer Traffic Analyzer

2009-07-29 12:58:48

'Traffic Analyzer & Enumerator? is a offline video processing system to aid traffic planning by analyzing and computing useful features and data from traffic video. It is a unique product catering to the heterogeneous traffic conditions of the developing world.

Embedded Medical System

2009-07-29 12:54:28

Black-box & Grey-Box testing of Medical equipment within least time-frame.

Seal Detection System

2009-07-29 12:52:37

Intelligent Video processing software to detect miniaturized objects resulting in reduced manual effort and minimal pilferage.

Crowd Density Analyser

2009-07-29 12:51:56

Crowd Density Analyser

Container Mosaicing System

2009-07-29 12:51:16

Container Mosaicing System

Aerial Mosaicing System

2009-07-29 12:45:24

To perform selective mosaicing of the video data with/ without manual interaction, so as to help the defence personnel in interpreting the data

Digital Video Survelliance System

2009-07-29 12:40:35

The multimedia software system comprises of a streaming and storage server and clients for multiple platforms. The server subsystem interfaces with multiple IP cameras and/or cameras physically connected through a frame grabber card. Multiple Direct X / non Direct X compliant cards are supported. Audio inputs are also supported, either through a frame grabber card or default system facility. The server captures multiple camera and audio feeds simultaneously. Each camera feed is displayed on screen and also compressed as per pre-configured settings. Compression settings may differ for recording and streaming. On receiving a streaming request, the in memory compressed data or offline recorded media file is streamed to the respective client.