The Experts below are selected from a list of 174 Experts worldwide ranked by ideXlab platform

Ramesh Jain - One of the best experts on this subject based on the ideXlab platform.

  • Reality modeling and visualization from multiple video Sequences : Virtual reality
    IEEE Computer Graphics and Applications, 1996
    Co-Authors: Saied Moezzi, Don Y. Kuramura, Arun Katkere, Ramesh Jain
    Abstract:

    A reality modeling and visualization system called Immersive Video uses multiple videos of an event from different perspectives to generate a 3D Digital Sequence of object movement.

  • Reality modeling and visualization from multiple video Sequences
    IEEE Computer Graphics and Applications, 1996
    Co-Authors: Saied Moezzi, Don Y. Kuramura, Arun Katkere, Ramesh Jain
    Abstract:

    A reality modeling and visualization system called Immersive Video uses multiple videos of an event from different perspectives to generate a 3D Digital Sequence of object movement. Given appropriate camera coverage, full 3D Digital videos can be generated using today's technology. The potential for photorealistic videos from arbitrary perspectives exists, although the coverage and degree of realism in virtual views will ultimately be determined by the application. Many issues demand resolution before one will see practical and realistic 3D Digital video, including more robust shape recovery methods, broadcast-quality virtual views, and real-time interactive rendering of long 3D Sequences

Saied Moezzi - One of the best experts on this subject based on the ideXlab platform.

  • Reality modeling and visualization from multiple video Sequences : Virtual reality
    IEEE Computer Graphics and Applications, 1996
    Co-Authors: Saied Moezzi, Don Y. Kuramura, Arun Katkere, Ramesh Jain
    Abstract:

    A reality modeling and visualization system called Immersive Video uses multiple videos of an event from different perspectives to generate a 3D Digital Sequence of object movement.

  • Reality modeling and visualization from multiple video Sequences
    IEEE Computer Graphics and Applications, 1996
    Co-Authors: Saied Moezzi, Don Y. Kuramura, Arun Katkere, Ramesh Jain
    Abstract:

    A reality modeling and visualization system called Immersive Video uses multiple videos of an event from different perspectives to generate a 3D Digital Sequence of object movement. Given appropriate camera coverage, full 3D Digital videos can be generated using today's technology. The potential for photorealistic videos from arbitrary perspectives exists, although the coverage and degree of realism in virtual views will ultimately be determined by the application. Many issues demand resolution before one will see practical and realistic 3D Digital video, including more robust shape recovery methods, broadcast-quality virtual views, and real-time interactive rendering of long 3D Sequences

Gou Su - One of the best experts on this subject based on the ideXlab platform.

  • The Smarandache kn-Digital Sequence and its mean value properties
    Basic Sciences Journal of Textile Universities, 2020
    Co-Authors: Gou Su
    Abstract:

    For any positive integer 1k≤9,the Sequences {a(k,n)} is called the Smarandache kn-Digital Sequence,if the Digital of a(k,n) can be partitioned into two groups such that the second is k times bigger than the first.For example,{a(3,n)}={13,26,39,412,515,…} is called the Smarandache 3n-Digital Sequence.One kind mean value of the Smarandache kn-Digital Sequence is studied by the elementary and combinational method,and severel interesting asymptotic formulas are given.

  • The Smarandache 3n-Digital Sequence and Its Some Asymptotic Properties
    Journal of Inner Mongolia Normal University, 2020
    Co-Authors: Gou Su
    Abstract:

    The Sequences {an}={13,26,39,412,515,618,721,824,…} is called the Smarandache 3n-Digital Sequence.That is,the numbers that can be partitioned into two groups such that the second is three times bigger than the first.The main purpose of this paper is using the elementary method to study the asymptotic properties of the Smarandache 3n-Digital Sequence,and give an interesting asymptotic formula.

Don Y. Kuramura - One of the best experts on this subject based on the ideXlab platform.

  • Reality modeling and visualization from multiple video Sequences : Virtual reality
    IEEE Computer Graphics and Applications, 1996
    Co-Authors: Saied Moezzi, Don Y. Kuramura, Arun Katkere, Ramesh Jain
    Abstract:

    A reality modeling and visualization system called Immersive Video uses multiple videos of an event from different perspectives to generate a 3D Digital Sequence of object movement.

  • Reality modeling and visualization from multiple video Sequences
    IEEE Computer Graphics and Applications, 1996
    Co-Authors: Saied Moezzi, Don Y. Kuramura, Arun Katkere, Ramesh Jain
    Abstract:

    A reality modeling and visualization system called Immersive Video uses multiple videos of an event from different perspectives to generate a 3D Digital Sequence of object movement. Given appropriate camera coverage, full 3D Digital videos can be generated using today's technology. The potential for photorealistic videos from arbitrary perspectives exists, although the coverage and degree of realism in virtual views will ultimately be determined by the application. Many issues demand resolution before one will see practical and realistic 3D Digital video, including more robust shape recovery methods, broadcast-quality virtual views, and real-time interactive rendering of long 3D Sequences

Arun Katkere - One of the best experts on this subject based on the ideXlab platform.

  • Reality modeling and visualization from multiple video Sequences : Virtual reality
    IEEE Computer Graphics and Applications, 1996
    Co-Authors: Saied Moezzi, Don Y. Kuramura, Arun Katkere, Ramesh Jain
    Abstract:

    A reality modeling and visualization system called Immersive Video uses multiple videos of an event from different perspectives to generate a 3D Digital Sequence of object movement.

  • Reality modeling and visualization from multiple video Sequences
    IEEE Computer Graphics and Applications, 1996
    Co-Authors: Saied Moezzi, Don Y. Kuramura, Arun Katkere, Ramesh Jain
    Abstract:

    A reality modeling and visualization system called Immersive Video uses multiple videos of an event from different perspectives to generate a 3D Digital Sequence of object movement. Given appropriate camera coverage, full 3D Digital videos can be generated using today's technology. The potential for photorealistic videos from arbitrary perspectives exists, although the coverage and degree of realism in virtual views will ultimately be determined by the application. Many issues demand resolution before one will see practical and realistic 3D Digital video, including more robust shape recovery methods, broadcast-quality virtual views, and real-time interactive rendering of long 3D Sequences