DR. SCOTT R JOHNSON, DDS
Dentist at Chapel Valley Rd, Madison, WI

License number
Wisconsin 3394-015
Category
Dentist
Type
General Practice
Address
Address
2971 Chapel Valley Rd, Madison, WI 53711
Phone
(608) 661-6400

Personal information

See more information about SCOTT R JOHNSON at radaris.com
Name
Address
Phone
Scott Johnson, age 73
497 S Lawson Dr, Green Lake, WI 54941
(920) 294-6430
Scott Johnson, age 68
4820 Love Creek Ave, Plover, WI 54467
(715) 341-3000
Scott Johnson, age 59
480 Meadow Ridge Ln, Hudson, WI 54016
(651) 249-1677
Scott Johnson, age 64
5099 Valley Trl, West Bend, WI 53095
(262) 580-9758
Scott Johnson, age 65
508 W Washington St APT 111, Crandon, WI 54520
(715) 478-1430

Professional information

See more information about SCOTT R JOHNSON at trustoria.com
Scott Johnson Photo 1
Project Manager For The State Of Wisconsin

Project Manager For The State Of Wisconsin

Position:
Project Manager at The Douglas Stewart Company, Technical Services Manager at The Douglas Stewart Company, Technical Services Manager at The Douglas Stewart Company
Location:
Madison, Wisconsin Area
Industry:
Government Administration
Work:
The Douglas Stewart Company since Jun 2013 - Project Manager The Douglas Stewart Company since Jan 2007 - Technical Services Manager The Douglas Stewart Company - Madison, WI since Nov 1997 - Technical Services Manager Great Wolf Lodge 2000 - 2007 - Director of IT Great Wolf Resorts Jan 2000 - Jan 2007 - Director Great Wolf Resorts Jan 2000 - Jan 2007 - Director of Information American Superconductor Jan 1998 - Jan 2000 - Network Administrator City of Madison Jan 1996 - Jan 1998 - Computer Coordinator City of Madison, Department of Housing Jan 1996 - Jan 1998 - Computer Coordinator Madison Metropolitan School District Jan 1995 - Jan 1996 - Microcomputing Assistant Epic Life Insurance Jan 1989 - Jan 1995 - Work Management Analyst
Education:
St. Olaf College 1980 - 1984
Bachelor's degree, Psychology/Philosophy


Scott Johnson Photo 2
Web Designer

Web Designer

Position:
Web Design Specialist at Springs Window Fashions
Location:
Madison, Wisconsin Area
Industry:
Internet
Work:
Springs Window Fashions - Middleton, WI since Nov 2009 - Web Design Specialist Ace Grafix Jan 1992 - Jan 2012 - Web Designer / Graphic Designer / Owner Tony's Instant Litho Printing, Inc. Nov 1995 - Oct 2010 - Graphic Designer / Webmaster
Education:
University of Wisconsin-La Crosse
BS, Graphic Arts
Skills:
Newsletters, Brochures, Logo Design, Apparel, Graphic Design, Typography, Illustrator, Packaging, Web Design, Adobe Creative Suite, InDesign, jQuery, Illustration, Online Advertising, Flash, HTML, Offset Printing, QuarkXPress, CSS3, Social Media, Social Media Marketing, Mac, HTML 5, Stationery, Collateral, Corporate Identity, Layout, Posters, Vector Illustration, Dreamweaver, Catalogs, Integrated Marketing, Image Editing, Marketing, Photoshop, SEO, Graphics, Creative Direction, Photography, Product Design, Image Manipulation, Flyers, Business Cards, Direct Mail, Digital Photography


Scott Johnson Photo 3
Software Architect At Neuwave Medical

Software Architect At Neuwave Medical

Position:
Software Architect at NeuWave Medical
Location:
Madison, Wisconsin Area
Industry:
Medical Devices
Work:
NeuWave Medical since Aug 2009 - Software Architect Philips Healthcare Aug 1998 - Aug 2009 - Software Architect ADAC 1998 - 2008 - Software Engineer NORAN Instruments May 1992 - Jun 1998 - Software Engineer ITP Systems May 1991 - May 1992 - Software Engineer
Education:
Kansas State University 1985 - 1987
MS, Computer Science
Kansas State University 1981 - 1985
BS, Computer Science
Interests:
Software design, triathlons, swimming, bicycling


Scott Johnson Photo 4
Reporting Engineer At Epic

Reporting Engineer At Epic

Position:
Reporting Engineer at Epic, -- at -
Location:
Madison, Wisconsin Area
Industry:
Insurance
Work:
Epic - Madison, Wisconsin Area since Jul 2012 - Reporting Engineer - since Jun 1998 - -- American Family Insurance - Madison, WI Jun 1998 - Jul 2012 - Systems Engineer Specialist
Education:
Saint Joseph's University 2010 - 2014
Master of Science (M.S.), Business Intelligence
Edgewood College 1994 - 1998
Bachelor's degree, Computer Science


Scott Johnson Photo 5
Scott Johnson - DeForest, WI

Scott Johnson - DeForest, WI

Work:
The Douglas Stewart Company
Technical Services Manager
Great Wolf Resorts - Madison, WI
Director of Information
American Superconductor - Middleton, WI
Network Administrator
City of Madison, Housing - Madison, WI
Computer Coordinator
Madison Metropolitan School District - Madison, WI
Microcomputing Assistant
Epic Life Insurance - Madison, WI
Work Management Analyst
Education:
Dale Carnegie graduate
Management
Skills:
Windows Administration, Project Management


Scott Johnson Photo 6
Network Analyst - Telecom At State Of Wisconsin

Network Analyst - Telecom At State Of Wisconsin

Position:
Network Analyst - Telecom at State of Wisconsin
Location:
Madison, Wisconsin Area
Industry:
Government Administration
Work:
State of Wisconsin - Network Analyst - Telecom


Scott Johnson Photo 7
President At Med-Cal Inc.

President At Med-Cal Inc.

Position:
President at Med-Cal Inc.
Location:
Madison, Wisconsin Area
Industry:
Medical Devices
Work:
Med-Cal Inc. - President


Scott Johnson Photo 8
Inverse Planning For Intensity-Modulated Radiotherapy

Inverse Planning For Intensity-Modulated Radiotherapy

US Patent:
6735277, May 11, 2004
Filed:
May 23, 2002
Appl. No.:
10/154135
Inventors:
Todd R. McNutt - Verona WI
R. Keith Tipton - Verona WI
R. Terry Ward - Madison WI
Scott L. Johnson - Madison WI
Assignee:
Koninklijke Philips Electronics N.V. - Eindhoven
International Classification:
A61N 510
US Classification:
378 65, 378 64
Abstract:
A radiation treatment apparatus ( ) includes a diagnostic imaging scanner ( ) that acquires a diagnostic image of a subject. A contouring processor ( ) computes a radiation treatment objective based thereon. A radiation delivery apparatus ( ) delivers radiation to the subject. An inverse planning processor ( ) computes radiation beamlet parameters conforming with the radiation treatment objective by: grouping the beamlet parameters; assigning a weight to each group ( ); optimizing a first group ( ) to produce an intermediate dosage objective corresponding to the treatment objective weighted by a weight of the first group ( ); and optimizing successive groups ( ) to produce with the previously optimized groups ( ) an increasing intermediate dosage objective corresponding to the treatment objective weighted by the combined weights of the previous and current groups ( ). A conversion processor ( ) converts the optimized beamlet parameters into configuration parameters of the radiation delivery apparatus ( ).


Scott Johnson Photo 9
Scott Johnson, Madison WI - Teacher

Scott Johnson, Madison WI - Teacher

Specialties:
Science
Work:
Madison Area Technical College - Madison WI


Scott Johnson Photo 10
Scheduling Of Dose Calculation Tasks Including Efficient Dose Calculation

Scheduling Of Dose Calculation Tasks Including Efficient Dose Calculation

US Patent:
2012032, Dec 20, 2012
Filed:
Feb 8, 2011
Appl. No.:
13/580169
Inventors:
Matthieu F. Bal - Cadier en Keer, NL
Robert T. Ward - Madison WI, US
Scott L. Johnson - Madison WI, US
Michael Kaus - Madison WI, US
Assignee:
KONINKLIJKE PHILIPS ELECTRONICS N.V. - EINDHOVEN
International Classification:
G06Q 50/22
US Classification:
705 2
Abstract:
A system comprises a therapy tasks scheduling module () constructing a workflow schedule for performing a plurality of therapy tasks including dose optimizations, and a dose optimization module () performing a dose optimization in accordance with the workflow schedule to generate a therapy plan. The dose optimization module performs inverse radiation therapy planning that iteratively adjusts () a set of radiation therapy parameters () to optimize a simulated spatial dose distribution () respective to a set of radiation therapy objectives (). In some embodiments, at least some iterations update a region of a fluence map that is smaller than the entire fluence map. In some embodiments, at least some iterations optimize the simulated spatial dose distribution respective to a subset of the set of radiation therapy objectives. In some embodiments, the simulated spatial dose distribution has a nonuniform voxel size.