A Cost-effective Multiple Camera Vision System using FireWire Cameras and Softwarehelp in recreating Synchronization 3D models and applications such as Virtual Reality, which Piyush Kumar Rai Kamal Tiwari Prithwijit Guha Amitabha Mukerjee need mixing of humans with artificial data. Undergraduate Student Undergraduate Student PhD. Student Professor Multiple camera systems such as AVIARY Computer Science and Computer Science & andElectrical Easy-Living Engg., (by ComMicrosoftputer ScienceResearch) and Engg., Engg., wereIIT Kanpur, among the first of Engg.,this kind of systems. IT-BHU, Varanasi-5, IIT Kanpur, However,Kanpur, UP, problem India.s aroseIIT with Kanpur, these systems UP, India. Kanpur, UP, India.
[email protected] to reasons such Kanpur,as high-cost UP, India. (costly rai_piy ush@y ahoo.co.in kama
[email protected] cameras and
[email protected] cards), lack of mobility and complicated hardware Abstract: synchronization mechanisms (which hinder In this paper, we describe a cost-effective the mobility of such systems). Multiple-Camera Vision system using low cost Hence, in our approach, we are using simple simple FireWire web cameras. The FireWire and low-cost FireWire web cameras for cameras, like other FireWire devices operate on image-acquisition, which operate on the high speed FireWire bus. Current supported bandwidth is 400 Mbps. Right from its FireWire (IEEE 1394). The IEEE 1394 introduction, the FireWire (synonymously known specification offers a bandwidth of 400 as IEEE 1394) bus interface specification has Mbps, which is suitable for such systems proved its capabilities and has been supported dealing with large amounts of data transfer. by both developers and users.