Brigham Young University - Religion
Preventing Alzheimer's, Reversing Cognitive Decline | Bredesen Protocol | Certified: Reversing Cognitive Decline by IFM
Hospital & Health Care
James F.
Carroll
Bloomingdale, Illinois
jfcarroll@vivafxmed.com | 331-218-5755 |
I am a healer. My objectives are:
To be a trustworthy resource on health and wellness;
To positively influence the life of each individual I meet;
To find joy in my life quest; and
To empower others to do likewise.
I enjoy cycling, camping, classical music, chess, and church choir.
D.C. National University of Health Sciences
B.S. Computer Engineering, Brigham Young University
IFM Advanced Clinical Training - Reversing Cognitive Decline
Editorial Board Member
Meticulous editing of biomedical articles submitted for publication.
Provided critical review of submitted articles: written feedback and suggestions to author(s).
Hearing Instrument Specialist
Reconnecting patients with those closest to them through courteous and professional evaluation, education, and recommendations for better hearing.
Owner
We prevent Alzheimer's. We reverse cognitive decline.
* Functional Medicine evaluation to assess type and stage of cognitive decline
* Deliver individual plans to implement Bredesen Protocol for client, caregiver, supported by coach and nutritionist
* Certified by Institute for Functional Medicine (IFM) in Reversing Cognitive Decline
Volunteer
"LDS Employment Resource Services (ERS) can help you accomplish your career goals. The employment center offers one-on-one coaching, workshops and a large database of employment, education and self-employment opportunities. By visiting the center you learn the most effective job search practices, build your network and find resources to help you further your education or manage a successful small-business."
https://www.ldsjobs.org/ers/ct/center/68462?lang=eng
Chiropractic Associate
* Provided chiropractic care, including physical examination, therapeutic exercise, spinal manipulation, and self-care guidance.
* Delivered wellness programs: delivered lectures, gave chair massages with Foundation for Wellness Professionals
* Established referral network with primary care providers
MS (Partial)
Reconfigurable Computing
Research interests:
1. Reuse and productivity
2. IP Core reuse
3. Interface synthesis
D.C.
Chiropractic
CNA
Nursing
Five days clinical experience at Burgess Square Healthcare and Rehabilitation: Bathing, feeding, walking, transferring, and dressing residents.
Perfect attendance. 4.0 GPA.
Transactions on Nuclear Science
The mitigation of single-event upsets (SEUs) in field-programmable gate arrays (FPGAs) is an increasingly important subject as FPGAs are used in radiation environments such as space. Triple modular redundancy (TMR) is the most frequently used SEU mitigation technique but is very expensive in terms of area and power costs. These costs can be reduced by sacrificing some reliability and applying TMR to only part of the FPGA design. Our partial TMR method focuses on the most critical sections of the design and increases reliability by applying TMR to continuous sections of the circuit. We introduce an automated software tool that uses the Partial TMR method to apply TMR incrementally at a very fine level until the available resources are utilized. Thus the tool aims to gives the maximum reliability gain for the specified area cost.
Transactions on Nuclear Science
The mitigation of single-event upsets (SEUs) in field-programmable gate arrays (FPGAs) is an increasingly important subject as FPGAs are used in radiation environments such as space. Triple modular redundancy (TMR) is the most frequently used SEU mitigation technique but is very expensive in terms of area and power costs. These costs can be reduced by sacrificing some reliability and applying TMR to only part of the FPGA design. Our partial TMR method focuses on the most critical sections of the design and increases reliability by applying TMR to continuous sections of the circuit. We introduce an automated software tool that uses the Partial TMR method to apply TMR incrementally at a very fine level until the available resources are utilized. Thus the tool aims to gives the maximum reliability gain for the specified area cost.
American Massage Therapy Association National Convention
Poster presented at American Massage Therapy Association National Convention, September 2013 in Fort Worth, Texas.
Transactions on Nuclear Science
The mitigation of single-event upsets (SEUs) in field-programmable gate arrays (FPGAs) is an increasingly important subject as FPGAs are used in radiation environments such as space. Triple modular redundancy (TMR) is the most frequently used SEU mitigation technique but is very expensive in terms of area and power costs. These costs can be reduced by sacrificing some reliability and applying TMR to only part of the FPGA design. Our partial TMR method focuses on the most critical sections of the design and increases reliability by applying TMR to continuous sections of the circuit. We introduce an automated software tool that uses the Partial TMR method to apply TMR incrementally at a very fine level until the available resources are utilized. Thus the tool aims to gives the maximum reliability gain for the specified area cost.
American Massage Therapy Association National Convention
Poster presented at American Massage Therapy Association National Convention, September 2013 in Fort Worth, Texas.
Chapter in Radiation Effects in Semiconductors, Krzysztof Iniewski. CRC Press. August 26, 2010. ISBN: 9781439826959
We explain the effects of radiation on SRAM-based FPGA devices and techniques to detect and correct single-event radiation effects in these devices. We also present several methods to mitigate errors from such single-event effects and finally a model to calculate mean time to failure (MTTF) for SRAM-based FPGA systems.
Member
urn:li:fs_position:(ACoAAABja8gB46wp-0buD_nYi8Xb93rjK0Nnaps,689344169)
Member
urn:li:fs_position:(ACoAAABja8gB46wp-0buD_nYi8Xb93rjK0Nnaps,689344169)
Member
Pursing certification as a Functional Medicine Provider
Member
urn:li:fs_position:(ACoAAABja8gB46wp-0buD_nYi8Xb93rjK0Nnaps,689344169)
Member
Pursing certification as a Functional Medicine Provider
Member
urn:li:fs_position:(ACoAAABja8gB46wp-0buD_nYi8Xb93rjK0Nnaps,689344169)
Member
Pursing certification as a Functional Medicine Provider
Member
urn:li:fs_position:(ACoAAABja8gB46wp-0buD_nYi8Xb93rjK0Nnaps,689344169)
Member
Pursing certification as a Functional Medicine Provider
Member
urn:li:fs_position:(ACoAAABja8gB46wp-0buD_nYi8Xb93rjK0Nnaps,689344169)
Member
Pursing certification as a Functional Medicine Provider
Member
urn:li:fs_position:(ACoAAABja8gB46wp-0buD_nYi8Xb93rjK0Nnaps,689344169)
Member
Pursing certification as a Functional Medicine Provider
Member
urn:li:fs_position:(ACoAAABja8gB46wp-0buD_nYi8Xb93rjK0Nnaps,689344169)
Member
Pursing certification as a Functional Medicine Provider
Member
urn:li:fs_position:(ACoAAABja8gB46wp-0buD_nYi8Xb93rjK0Nnaps,689344169)
Member
Pursing certification as a Functional Medicine Provider
Member
urn:li:fs_position:(ACoAAABja8gB46wp-0buD_nYi8Xb93rjK0Nnaps,689344169)
Member
Pursing certification as a Functional Medicine Provider
The following profiles may or may not be the same professor:
The following profiles may or may not be the same professor: