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Sanjay Soni
Publication Activity (10 Years)
Years Active: 2012-2022
Publications (10 Years): 8
Top Topics
Ultra Wideband
X Ray
Genetic Algorithm To Solve
Technical Systems
Top Venues
Wirel. Pers. Commun.
Phys. Commun.
IEEE Trans. Veh. Technol.
Computing
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Publications
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Hameed Khan
,
Kamal K. Kushwah
,
Muni Raj Maurya
,
Saurabh Singh
,
Prashant Jha
,
Sujeet K. Mahobia
,
Sanjay Soni
,
Subham Sahu
,
Kishor Kumar Sadasivuni
Machine learning driven intelligent and self adaptive system for traffic management in smart cities.
Computing
104 (5) (2022)
Vinod Kumar
,
Sanjay Soni
,
N. S. Raghava
A new time-domain heuristic diffraction coefficient for characterization of diffracted and transmitted field with UWB applications.
Phys. Commun.
48 (2021)
Bajrang Bansal
,
Sanjay Soni
,
Vimal Kumar Mishra
,
Ashish Gupta
,
Anand Agrawal
A Novel heuristic time-domain diffraction model for UWB diffraction by lossy wedges and buildings.
Phys. Commun.
34 (2019)
Bajrang Bansal
,
Sanjay Soni
,
Piyush Tewari
A New Time-Domain Model for Multiple Scattering of UWB Signals Through Lossy Obstacles.
Wirel. Pers. Commun.
98 (3) (2018)
Sanjay Soni
,
B. K. Chorasia
Policy Planning in Higher Technical Education: A System Dynamic Approach.
Int. J. Syst. Dyn. Appl.
6 (3) (2017)
Vidhi Rana
,
Rohit Joshi
,
Sanjay Soni
A novel closed-form of ASEP and channel capacity with MRC over η - μ/IG distribution.
Sarnoff Symposium
(2017)
Bajrang Bansal
,
Sanjay Soni
A Novel Time-Domain Formulation of 3-D Dyadic Diffraction Coefficient for Arbitrary Polarized UWB Signals with Oblique Incidence.
Wirel. Pers. Commun.
85 (4) (2015)
Piyush Tewari
,
Sanjay Soni
,
Bajrang Bansal
Time-Domain Solution for Transmitted Field Through Low-loss Dielectric Obstacles in a Microcellular and Indoor Scenario for UWB Signals.
IEEE Trans. Veh. Technol.
64 (2) (2015)
Bajrang Bansal
,
Sanjay Soni
A New Time-Domain Solution to Transmission Through a Multilayer Low-Loss Dielectric Wall Structure for UWB Signals.
Wirel. Pers. Commun.
79 (1) (2014)
Manishika Rawat
,
Sanjay Soni
Semi-analytical approach to predict path loss in urban environment.
RAIT
(2012)