IPRPI & RPI Logos Inverse Problems Center

Upcoming Conferences

Tutorial Workshops 2014

Workshop Archives 2010-2011
  Diffusion Optical Imaging,
     October 2011

  Biomechanical Imaging, April 2011
  Microlocal Analysis in Imaging,
     August 2010

  Seismic Waveform Tomography,
     April 2010

  System Identification of Geosystems,
     March 2010

Workshop Archives prior to 2010
  System Identification of Geosystems
     March 24, 2008

  Radar Waveform Design and Imaging
     May 19, 2005

  Geophysics, January 2004
  Solid Mechanics, March 2004
  Opening Conference, 2004

Conferences

IPRPI Workshop On Biomechanical Imaging,
April 27 & 28, 2011

Location: Blitman Residence Commons

Workshop Description:      

Recent advances in biomedical imaging have made it possible to image mechanical properties of tissues. These include properties such as the Young’s modulus, nonlinear elastic properties and viscoelastic and poroelastic properties. Simultaneously, it has been established that the mechanical properties of tissue are altered if it is diseased. For example, cancers often present as lumps that are stiffer than their surroundings. Based on this, medical practitioners are now evaluating the potential of biomechanical images in the detection and diagnosis of several diseases such as breast and prostate cancer, atherosclerosis, deep vein thrombosis and liver cirrhosis. In addition, biomechanical images may also be used to generate patient-specific models for surgical training and planning and to test fundamental hypotheses on the effect of mechanics on biology (mechanobiology). 
Almost all techniques in biomechanical imaging involve “watching” the tissue deform using a standard imaging modality such as ultrasound or MRI, and then using the pre- and post-deformation images to estimate the interior displacement of tissue. This displacement data is then used along with an appropriate mechanical model (say linear elastic) to determine the spatial distribution of the desired mechanical property. The problem of determining the spatial map of the mechanical property given the interior displacement data is naturally posed as an inverse problem. What makes this inverse problem special is (1) The availability of (incomplete) interior data. Though displacements are known in the interior of the tissue they are typically known only over a subset of the total domain, or only a single displacement component is known. (2) In solving the problem more than one material property may be sought. For example one may want to image both the linear elastic and viscoelastic parameters. (3) While it may be possible to gather data over a large subset of the domain, it is very hard to generate more than a few (2-3) independent measurements. All these factors (incomplete interior data, multiple solution variables and few independent measurements) make the resulting inverse problem very different from typical inverse problems found in imaging. With this as background, we are proposing a workshop where a few (say five) leaders from the field of biomechanical imaging will present the state of that art and pressing needs in their areas to an audience comprising mainly of applied mathematicians and computational scientists. The hope is that through this interaction the group will identify open problems and in the long term this would lead to greater progress in this new and exciting area of medical imaging.

This workshop is supported by the Division of Mathematical Sciences at the National Science Foundation, NSF DMS-0852516.

Program for the Workshop:

The workshop will run for one and a half days. The workshop will begin at lunch time on the first day and will end at 6 p.m. on the second day. There will be six invited talks, a poster session, and two tutorials.     

Organizer:
Dr. Assad Oberai, Mechanical Engineering, RPI

Wednesday, April 27th, 2011
11:30 AM - 12:45 PM
Lunch

12:45 - 1:00 PM
Opening of Workshop

1:00 - 1:45 PM
Dr. Jeffrey Bamber
Department of Physics, Institute of Cancer Research
Title:Opportunities for inverse quasistatic elastography

2:15 - 3:00 PM
Dr. James Greenleaf
Physiology and Biomedical Engineering, Mayo Clinic
Title: Measuring Elasticity of Tissue: a New Approach

3:30 - 4:15 PM
Dr. Timothy J. Hall
Physics Department, University of Wisconsin
Title: Elastic modulus reconstruction from displacement data: Applications in freehand breast ultrasound imaging

4:45 - 5:30 PM
Dr. Ingolf Sack
Institute of Radiology Charité, Universitätsmedizin Berlin
Title: Principles and applications of magnetic resonance elastography

Thursday, April 28th, 2011
8:45 - 9:30 AM
Breakfast

9:30 - 10:15 AM
Dr. Elisa E. Konofagou
Biomedical Engineering and Radiology, Columbia University
Title: Imaging of the mechanical responses and properties for diagnostic and treatment monitoring purposes

10:45 - 11:30 AM
Dr. Marvin Doyley
Electrical and Computer Engineering University of Rochester
Title: Model-based elastography: problems and opportunities

11:30 - 12:45 PM
Lunch and Poster Session

12:45 - 1:30 PM
Tutorial I. (a).
Dr. Joyce McLaughlin
Inverse Problems and Mathematical Sciences, Rensselaer Polytechnic Institute

1:45 - 2:30 PM
Tutorial I. (b).
Dr. Joyce McLaughlin
Inverse Problems and Mathematical Sciences, Rensselaer Polytechnic Institute

3:00- 3:45 PM
Tutorial II. (a).
Dr. Assad Oberai
Inverse Problems and Biomechanical Engineering, Rensselaer Polytechnic Institute

4:00 - 4:45 PM
Tutorial II. (b).
Dr. Assad Oberai
Inverse Problems and Biomechanical Engineering, Rensselaer Polytechnic Institute

 

**New**Location:
Blitman Residence Commons

The workshop will be held at the Blitman Residence commons, which is located on 6th Ave near the corner of Broadway in downtown Troy. This is within close walking distance from the Franklin Square Inn & Suites. Please view the map to see the walking route.

If you are driving directly to the conference location, please search directions to the address:
Howard N. Blitman, P.E. '50 Residence Commons
1800 6th Avenue
Troy, NY 12180-3407

Travel and Lodging:

Driving directions and a campus map can be found at:
http://www.rpi.edu/virtual_tour/travel.html

There are a number of places to stay in the Troy/Albany/Schenectady area that are convenient to RPI.

We will reserve a block of rooms at a reasonable hotel, Franklin Square Inn & Suites, close to campus. When you request a room, you will need to mention: "IPRPI" to ensure you receive the RPI rates. Please reserve your room by Monday, April 18th to ensure availability. The Franklin Inn will release blocked rooms on this date.

Best Western Franklin Square Inn
One Fourth Street
Troy, NY 12180
Ph: 518-274-8800
Fax: 518-274-0427

Internet access and breakfast are included in the room charge.

The Franklin Inn is within close walking distance from the conference location at the Blitman Residence Commons. Please view the map to see the walking route.

The Blitman Residence Commons is also within close walking distance to Rensselaer's main campus. If you need transportation to the Rensselaer campus, you can use the Redhawk shuttle service.The shuttle stops at the Blitman Residence Commons. The shuttle map including the location of the Blitman Residence Commons and the shuttle route can be found at:
http://www.rpi.edu/dept/parking/shuttle.html

 

Hilton Garden Inn Troy
235 Hoosick Street,
Troy, NY
(518) 272-1700

Internet is included with this room charge. The Hilton Garden Inn provides free shuttle service to and from the conference site.

Speaker/Participant Reimbursement:

To apply in advance for travel reimbursement, please fill out an application for travel reimbursement and submit to(mclauj3@rpi.edu). If you are seeking reimbursement for airfare, each flight must be with a U.S. carrier or code-shared with a U.S. carrier. If this is not possible, please contact(mclauj3@rpi.edu) or 518-276-2145. Original and detailed receipts for each expense must be submitted along with reimbursement requests. More specifically, for airfare the receipt must list the detailed itinerary as well as total cost, and for meals receipts must list individual meal items and total cost.

A/V Equipment and materials for poster presentations:
A computer projector and laser pointer will be available for talks. If additional equipment is needed please contact(mclauj3@rpi.edu). Stands for posters as well as poster board for mounting posters will be made available. If you will be presenting a poster, please note that the poster boards are 36x48 in.

Registration:
Please fill out and send the provided registration form to (mclauj3@rpi.edu), if you plan to attend. Please indicate on the form if you want to make a poster presentation, giving the title of your poster presentation at the same time.

Parking and Transportation:

If you are driving to the workshop, campus parking permits can be obtained by first contacting (mclauj3@rpi.edu) and she will arrange for a parking permit to be left for you at the front desk of the Franklin Inn & Suites or the Hilton Garden Inn..

Contact:
For more information regarding the technical program, contact Assad Oberai (oberaa@rpi.edu).

Back to top