Itt Technical Institute Dec 2010 - Dec 2012
Student
The Mannik & Smith Group, Inc. Dec 2010 - Dec 2012
Cad Engineer
Education:
Itt Technical Institute 2010 - 2013
Bachelors, Bachelor of Arts, Project Management
Skills:
Autocad Cad Supervisory Skills Ms Project Security Clearance Architectural Drafting Mechanical Drafting Outlook Drawing Microsoft Office Military Revit Powerpoint Word Excel Scheduling Documentation Government Problem Solving Software Installation Planning Computer Hardware Time Management Public Speaking Research Sketchup Materials Modeling Conflict Resolution Access Photoshop Teamwork Project Planning Windows Project Management Team Leadership
Leadership Management Project Management Software Development Life Cycle Business Analysis Requirements Analysis Sharepoint Sdlc Vendor Management Business Process Process Improvement Software Project Management Visio Business Intelligence Integration It Management Business Process Improvement
A wireless communication system is disclosed herein. The wireless communication system may include transmitter units and a receiver. In one embodiment, each transmitter has an address and logic programmed to perform the steps of receiving a user selection and, responsive to the receiving, repeatedly transmitting a wireless selection signal until a wireless acknowledgment signal is received. The wireless selection signal may include the address and the user selection. The receiver may include means to receive a wireless selection signal and logic programmed to transmit a wireless acknowledgment signal in response to the receipt of each wireless selection signal.
A wireless communication system is disclosed herein. The wireless communication system may include transmitter units and a receiver. In one embodiment, each transmitter has an address and logic programmed to perform the steps of receiving a user selection and, responsive to the receiving, repeatedly transmitting a wireless selection signal until a wireless acknowledgment signal is received. The wireless selection signal may include the address and the user selection. The receiver may include means to receive a wireless selection signal and logic programmed to transmit a wireless acknowledgment signal in response to the receipt of each wireless selection signal.
A wireless communication system is disclosed herein. The wireless communication system may include transmitter units and a receiver. In one embodiment, each transmitter has an address and logic programmed to perform the steps of receiving a user selection and, responsive to the receiving, repeatedly transmitting a wireless selection signal until a wireless acknowledgment signal is received. The wireless selection signal may include the address and the user selection. The receiver may include means to receive a wireless selection signal and logic programmed to transmit a wireless acknowledgment signal in response to the receipt of each wireless selection signal.
A handheld device is configured to communicate with a base unit in an audience response system having a multiplicity of handheld devices that are like in kind and perform a same function. The handheld device includes a transceiver, a user interface configured to receive a user response, a unique address identifying the handheld device, and signal generating logic configured to generate a radio frequency signal encoding the user response and the unique address. The handheld device further includes transmission logic configured to instruct the transceiver to repeatedly transmit the radio frequency signal upon receipt of the user response, without receiving a signal from the base unit to initiate transmission, until a termination event occurs. The termination event consists of one of a receipt of an acknowledgment signal from the base unit and an expiration of a predetermined period of time.
A wireless communication system is disclosed herein. The wireless communication system may include transmitter units and a receiver. In one embodiment, each transmitter has an address and logic programmed to perform the steps of receiving a user selection and, responsive to the receiving, repeatedly transmitting a wireless selection signal until a wireless acknowledgment signal is received. The wireless selection signal may include the address and the user selection. The receiver may include means to receive a wireless selection signal and logic programmed to transmit a wireless acknowledgment signal in response to the receipt of each wireless selection signal.
A wireless communication system is disclosed herein. The wireless communication system may include transmitter units and a receiver. In one embodiment, each transmitter has an address and logic programmed to perform the steps of receiving a user selection and, responsive to the receiving, repeatedly transmitting a wireless selection signal until a wireless acknowledgment signal is received. The wireless selection signal may include the address and the user selection. The receiver may include means to receive a wireless selection signal and logic programmed to transmit a wireless acknowledgment signal in response to the receipt of each wireless selection signal.
Dr. Adkins graduated from the University of Arkansas College of Medicine at Little Rock in 1988. He works in Mountain Home, AR and specializes in Family Medicine. Dr. Adkins is affiliated with Baxter Regional Medical Center.
Googleplus
Kevin Adkins
Work:
Kansas City Kansas Public Schools
Education:
DeVry University
Kevin Adkins
Tagline:
I'm a graphic designer who enjoys mucking about on the internet
Cannon Elementary School Danville IL 1975-1976, Elmwood Elementary School Danville IL 1976-1977, Meade Park Elementary School Danville IL 1977-1978, Northeast Elementary School Danville IL 1978-1981, East Park Junior High School Danville IL 1981-1984
High Street Elementary School Piqua OH 1969-1974, Kitty Hawk Elementary School Mather CA 1974-1976, Zane Trace Middle School Kingston OH 1976-1977, Circleville Junior High School Circleville OH 1977-1978, Teays Valley Middle School Ashville OH 1978-1979