A. Positions and Honors.
|
1987 – 1988 |
Post Doctoral Fellow, Electrical Eng Systems,
USC, |
|
1988 – 1990 |
Research Asst Professor, Electrical Eng
Systems, USC, |
|
1990 – 2002 |
Computer Scientist, GE Corporate R&D, |
|
2001 – 2002 |
Intern, Medicine, Mt Sinai |
|
2002 – 2006 |
Resident, Radiology, |
|
2005 – 2006 |
Fellow, Cardiac radiology, |
|
2006 – 2007 |
Fellow, Neuroradiology, |
|
2007 – present |
Assistant Radiologist, Radiology, |
|
2002 – present |
Director, Ultra-high |
Honors
Partners
Radiology Award, Nov 2007
CIMIT Career Development Award, Oct 2007
Best paper, Stephen A. Kieffer
Award, Eastern Neuroradiological Society, August 2007.
Winner, MIT $100k Entrepreneurial Competition (May 2007), Robopsy
Wyman
Award (2006). Radiology,
RSNA
Research Resident Grant (2006).
First prize, Boston IDEAS 2005 Conference (October 2005).
First
Prize, MIT Fourth Annual IDEAS Competition (2004-05). Roentgen
Resident/Fellow Research Award, RSNA (2004).
RSNA and
Dushman
Award (1999). GE Corporate R&D,
Numerous
GE Management Awards
GE
Patent Medallion (1996).
GE
Publications Award (1995).
National
Science Talent Search Scholarship (1976—1981) Govt. of
B. Selected peer-reviewed publications (in
chronological order).
Selected
Patents (from 12 filed patents)
1.
“Scintillating nano-fibers,” Ted Morse, Carson Roberts, Robert
Chivas, Rajiv
Gupta. Filed March. 2008.
2.
“Method and apparatus for characterizing the temporal resolution
of an imaging device,” Alex
H. Slocum, Steven J. Jones, Rajiv Gupta.
Provisional application filed Sept. 2007.
3.
“System and Method for Performing Image-based Diagnosis over a
network,” Rajiv Gupta, et al. US Patent
No. 6,501,849, Dec. 31, 2002.
4.
“Method and apparatus for digital subtraction angiography,” Rajiv
Gupta et al, US Patent 5,848,121. Dec.
8, 1998.
5.
“Fixture for calibrated positioning of an object”, Rajiv Gupta et
al, US patent 5,715,167. Feb 3, 1998.
6.
“Method of calibration of imaging devices,” R.
Gupta, et al.,
Refereed
Publications (Selected from over 100 publications)
1.
Alexander
H. Slocum, Jr.; Stephen E. Jones; Rajiv Gupta. Design of a Device for Measuring
the Temporal Resolution of a Tomographic Imaging Device. ASME J of Med Devices, 1, 225, September
2007.
2.
R.
Gupta; S.E. Jones; E.A. Mooyaart; S.R. Pomerantz, Computed Tomographic
Angiography in Stroke Imaging: Fundamental Principles, Pathologic Findings, and
Common Pitfalls. Seminars in Ultrasound,
CT, MRI, 2006 Jun;27(3):221-42.
3.
Jones,
Stephen E.; Grasruck, Michael; Schmidt, Bernhard; Madisch, Ijad; Egeland, Ryan;
Brady, Tom; Gupta, Rajiv. Inherently
3-Dimensional Method for Measurement of Computed Tomographic Resolution
Anisotropy. Journal of Computer Assisted
Tomography. 30(6):962-971, November/December 2006.
4.
R
Gupta, M Grasruck, C Suess, SH Bartling, B Schmidt, K Stierstorfer, S Popescu,
T Brady, T Flohr, “Ultra-high resolution flat-panel volume CT: fundamental
principles, design architecture, and system characterization.” European Radiology, Volume 16, Number 6, June 2006, pp. 1191-1205(15)
5.
Bartling, Soenke H; Shukla, Vershalee; Becker, Hartmut; Brady,
Thomas J; Hayman, Anne; Gupta, Rajiv. High-Resolution Computed Tomography
of Temporal Bone: Part II: Coronal Preoperative Anatomy. Journal of Computer Assisted Tomography.
29(4):566-569, July/August 2005.
6.
Bartling, Soenke H; Shukla, Vershalee; Becker, Hartmut; Brady,
Thomas J; Hayman, Anne; Gupta, Rajiv. High-Resolution Flat-Panel Volume-CT
of Temporal Bone-Part 1: Axial Preoperative Anatomy. Journal of Computer
Assisted Tomography. 29(3):420-423, May/June 2005.
7.
Gupta
R, Bartling S, Basu S, Ross WR, Pfoh A, Becker H. J, Brady T, Curtin HG.
“Experimental
8.
D. Yankelavitz, R. Gupta, B. Zhao, C.
Henschke. “Early
9.
A.
Noble, R. Gupta, J. Mundy, A. Schmitz, and R. Hartley. “CAD-based Inspection
using X-ray Stereo.” IEEE Transactions on Robotics and Automation. Vol. 14, No. 2, April 1998, pp. 292--302.
10.
R. Gupta, and R. Hartley. “Linear Pushbroom Cameras.” IEEE
Transactions on Pattern Analysis and Machine Intelligence, Vol. 19, No. 9,
Sept. 1997, pp. 963--975.
11.
K.-J. Lee, C.-N. Wang, R. Gupta, and M.A. Breuer. “An Integrated System for Assigning Signal
Flow Directions to CMOS Transistors,” IEEE Trans on CAD Vol. 14, No. 12,
Dec. 1995, pp. 1445-58.
C. Research Support
Ongoing Research Support
·
Ultra-High
Definition (1mm) Digital X-Ray Imaging. T.F. Morse
(PI) and Rajiv Gupta (co-PI), MTTC Technology Investigation Award, 2008-2009,
(Amount = $40,000).
· A
Surgical Guidance and Navigation System for Image-guided Ventriculostomy
and Other Neurosurgical Applications. Rajiv Gupta (PI), Kirby G. Vosburgh (co-PI). Partners Radiology Research Award ($50,000),
Nov 2007– Oct 2008.
·
Low-cost, Disposable Tele-robotic Manipulators for
Image-guided Interventions (CIMIT Career Development Award). Rajiv Gupta (PI). USAMRAA, DoD, through
a cooperative agreement with CIMIT. Oct 2007 to Sept 2008, (Amount = $70,000).
·
Dynamic
Imaging and Neuro Interventions using a High-Resolution
Completed Research Support (selected)
·
Image-guided cochlear implantation. R Gupta (PI) at al, CIMIT, Oct 2005 to March, 2008 ($105,000).
·
Image-guided biopsies. Rajiv Gupta (PI), et al. CIMIT. Oct 2005 to March 2008 ($105,000).
·
A Statistical Model of Face and Skull from CT Images. Rajiv Gupta (PI), et al. 2003-07,
($68,000).
·
Image-Guided
Interventions in Temporal Bone. R Gupta (PI). RSNA
R&E Foundation. 2005-07, ($30,000).