INTER MOUNTAIN GENE TARGET

Brand	Owner	Address	Description
INTERMOUNTAIN GENETARGET	IHC Health Services, Inc.	36 South State Street, Suite 2200 Salt Lake City UT 84111	INTER MOUNTAIN GENE TARGET;as to INTERMOUNTAIN;Medical services, namely, providing personalized drug therapy management programs to cancer patients based on the patient's genetic testing results; genetic testing for medical purposes; genetic testing for cancer diagnosis, treatment and prevention purposes; providing genetic sequencing and consulting services via website designed to provide cancer patients and oncologists with custom tailored information about the range of possible treatments and drug therapies for a particular cancer; providing information to patients and physicians via a website to recommend cancer treatment and drug therapies based on the patient's genetic testing results; providing personalized drug therapy services for cancer patients; and providing an online searchable database in the fields of oncology, bioinformatics, genomic data and genomic sequence analysis for personalized diagnosis, treatment and prevention of cancer;GENE TARGET;
	Where the owner name is not linked, that owner no longer owns the brand

Technical Examples

The present invention relates to a method and apparatus for controlling a connection transfer in a cellular network having at least two systems, such as a GSM system and a WCDMA system. Based on a load determination, a service-based inter-system or inter-frequency handover of the connection to another system or to another carrier of the same system is initiated if the determined is below a threshold and service priorities are indicating it. If it exceeds the threshold, an additional load-based inter-system or inter-frequency handover can be initiated. If the load of the target cell is not known, a load estimation based on a learning process can be used to derive a probability of success of an interfrequency or inter-system handover, which may be used for deciding on the initiation of the inter-system handover. The learning process may be performed by evaluating preceding interfrequency or inter-system handovers to the target cell or preceding interfrequency or inter-system handovers from the target cell. Thereby, users can be shared between different radio access technologies or systems or between different carriers of one system to thereby improve network capacity and quality of service for both systems and carriers. Furthermore, unnecessary inter-system handovers can be prevented in case the load of the target cell of the other system is not known.