Abstract: A method and system for synchronized switching of a Transmission Time Interval, TTI, between at least two different TTI length values. A UE 100 transmitting a power report, where a control node 150 or a Base Station 110A evaluates the report and decides, based on the evaluation to order the UE to switch to a different TTI length. The order message comprises the number of TTIs after which a TTI switch has to occur, composed a.o. based on radio environment condition. The UE receives a TTI switch order message and replies with a single message to its serving BS with a message to switch the TTI in a synchronous way.

Abstract: Methods for controlling uplink transmission of data to a network node of a communications system a user equipment node are disclosed. The methods include receiving parameters to configure enhanced uplink in CELL_FACH state, determining, whether the user equipment node is able to communicate on an E-DCH in CELL_FACH state and determining whether additional defined conditions have been satisfied, and performing a cell update operation to obtain an E-RNTI value responsive to determining that the User equipment node is not able to communicate on an E-DCH in CELL_FACH state. The methods may also include transmitting uplink data on an E-DCH transport channel to the network node responsive to determining that the user equipment node is able to communicate on an E-DCH in CELL_FACH state and determining that the additional defined conditions have been satisfied. Related user equipment nodes are also disclosed.

Abstract: A base station (102), comprising a first antenna (111) for transmitting a first pilot signal; a second antenna (112) for transmitting a second a pilot signal; a third antenna (113) for transmitting a third pilot signal; and a fourth antenna (114) for transmitting a fourth pilot signal. The base station is configured to transmit pilot signal power information for indicating power values to a user equipment (104), UE, receiving the pilot signal power information. The pilot signal power information comprises: a first power value corresponding to the first pilot signal, a second power value corresponding to the second pilot signal, a third power value corresponding to the third pilot signal, and a fourth power value providing information regarding at least two demodulation pilot signals.

Abstract: Methods for controlling uplink transmission of data to a network node of a communications system a user equipment node are disclosed. The methods include receiving parameters to configure enhanced uplink in CELL_FACH state, determining whether the user equipment node is able to communicate on an E-DCH in CELL_FACH state and determining whether additional defined conditions have been satisfied, and performing a cell update operation to obtain an E-RNTI value responsive to determining that the user equipment node is not able to communicate on an E-DCH in CELL_FACH state. The methods may also include transmitting uplink data on an E-DCH transport channel to the network node responsive to determining that the user equipment node is able to communicate on an E-DCH in CELL_FACH state and determining that the additional defined conditions have been satisfied. Related user equipment nodes are also disclosed.

Abstract: A method in a network node for sending a pilot power value in a heterogeneous mobile communications network. The heterogeneous mobile communications network comprises a second set of base station nodes selected to operate in a Multiple Input Multiple Output, MIMO, -mode. The second set of base station nodes share a cell identity and are deployed within a coverage area. The network node computes (802) a pilot power value to be applicable when one or more mobile devices in the coverage area evaluates receipt of one or more Secondary Common Pilot Channels, S-CPICH, from a transmitter in said second set of base station nodes, wherein the computing is based on a measure indicative of a transmission power of the second set of base stations. The network node sends a signal to a radio network controller. The signal comprises the computed pilot power value, and enables the one or more mobile devices to be configured for MIMO operation.

Abstract: The present disclosure relates to radio communication and, more particularly, utilization of probing pilots (e.g. F-CPICHs) in a combined radio cell deployment. In one of its aspects, the disclosure presents an adaptive utilization of probing pilots in a combined radio cell deployment.

Abstract: A method performed in a network node, of scheduling resources for downlink transmissions to a user equipment, UE, in a heterogeneous wireless communication network including macro nodes and Low Power Nodes, LPNs, in a combined cell deployment, wherein each macro node shares a cell identity with one or more LPNs. The method comprises configuring two or more pilot signals for probing the UE, wherein each pilot signal is configured to be distinguishable from configured one or more other pilot signals. A resource control, RRC, signal is sent to the UE, the RRC signal including information on the configuration of the two or more pilot signals. The network node controls transmission of the two or more pilot signals, wherein transmission of one pilot signal is originated from the macro node and transmission of one or more further pilot signals is originated from respective one or more LPNs.

Abstract: A base station (102), comprising a first antenna (111) for transmitting a first pilot signal; a second antenna (112) for transmitting a second a pilot signal; a third antenna (113) for transmitting a third pilot signal; and a fourth antenna (114) for transmitting a fourth pilot signal. The base station is configured to transmit pilot signal power information for indicating power values to a user equipment (104), UE, receiving the pilot signal power information. The pilot signal power information comprises: a first power value corresponding to the first pilot signal, a second power value corresponding to the second pilot signal, a third power value corresponding to the third pilot signal, and a fourth power value providing information regarding at least two demodulation pilot signals.

Abstract: Methods for controlling uplink transmission of data to a network node of a communications system a user equipment node are disclosed. The methods include receiving parameters to configure enhanced uplink in CELL_FACH state, determining whether the user equipment node is able to communicate on an E-DCH in CELL_FACH state and determining whether additional defined conditions have been satisfied, and performing a cell update operation to obtain an E-RNTI value responsive to determining that the user equipment node is not able to communicate on an E-DCH in CELL_FACH state. The methods may also include transmitting uplink data on an E-DCH transport channel to the network node responsive to determining that the user equipment node is able to communicate on an E-DCH in CELL_FACH state and determining that the additional defined conditions have been satisfied. Related user equipment nodes are also disclosed.

Abstract: A device that incorporates a random number generator that is to industry standards and can be configured and used for card games or electronic slot devices adding extra bonus betting that is electronically set to accept a wager on any hand of Poker, Blackjack, Pontoon, Craps, Roulette, Baccarat, Mini Baccarat, Stud Poker, Pai Gow, Pai Gow Poker, Spanish 21, Caribbean Stud Poker, Let It Ride, Three Card Poker, Draw Poker, Community Card Poker. This device is an extra-added bonus payout system coupled to any casino game existing on any casino floor. This device is also used for accumulated giveaways hooked to electronic displays and sports betting by accumulating a percent of the amount wagered and allowing the player's who are in on the jackpot to share in the jackpot with other players. This device is also used for separate betting functions by players to win a major jackpot individually and separately from existing bonus payout games on a casino gaming floor.

Abstract: An electronic video gaming machine device utilizing a bill acceptor or coin acceptor designed so that a player may make a wager to gain higher awards or prescribed pay-outs if numbers come out in the prescribed pattern displayed on the pay table according to the pay-out schedule. The device has a total of thirteen laid down rules of numbers of which there are thirteen odd numbers and thirteen even numbers. The numbers are also marked with colors. The colors are thirteen red numbers, thirteen black numbers, thirteen blue numbers and thirteen green numbers. The player makes a wager to play a row of five numbers. After wagering of coin or credits, the device will present five numbers in a prescribed portion of the display screen. The player selects the numbers that will be kept by pressing the corresponding “HOLD BUTTON”. A repeated press of the same “HOLD BUTTON” will release the hold and the number will be replaced when the display button is pushed.

Abstract: The present invention provides a method and apparatus to enhance “Bonus Pay-Outs” and give instant gratification when the player position catches the light. Combining this gaming platform with any traditional live casino game will induce players to interact with other players seated at any live gaming table and with the dealer. This method can be used as an additional betting platform for live casino games including but not limited to Black Jack, Poker, Pai Gow Poker, Pontoon, Mini Baccarat, Baccarat, Craps, Roulette, Three Card Poker, Let It Ride, Caribbean Stud Poker and other games of chance including all Video Reel, Mechanical Reels, Video Keno, Video Roulette, Video Bingo, Video Black Jack, Video Poker, Multi-Hand Video Poker and Nifty Numbers pay-out schedules. The pay-out will differ from game to game depending on what game is utilized by this method.

Abstract: An improved roulette game utilizing he existing roulette wheel and/or electronic LED wheel with an existing layout to enhance the game or roulette. Players make wagers on the conventional layout and using the plurality of token or chip acceptors as an extra wager to win either a major progressive jackpot or minor progressive jackpot.

Abstract: Methods for isolating K+Hnov genes are provided. The K+Hnov nucleic acid compositions find use in identifying homologous or related proteins and the DNA sequences encoding such proteins; in producing compositions that modulate the expression or function of the protein; and in studying associated physiological pathways. In addition, modulation of the gene activity in vivo is used for prophylactic and therapeutic purposes, such as identification of cell type based on expression, and the like.

Abstract: Methods for isolating K+Hnov genes are provided. The K+Hnov nucleic acid compositions find use in identifying homologous or related proteins and the DNA sequences encoding such proteins; in producing compositions that modulate the expression or function of the protein; and in studying associated physiological pathways. In addition, modulation of the gene activity in vivo is used for prophylactic and therapeutic purposes, such as identification of cell type based on expression, and the like.

Abstract: The present invention provides methods and materials to identify genetic abnormalities that predispose an individual to ion-channel diseases. The invention provides four polymorphic sites in the KCNQ1 gene that cause reduced conductance of the associated potassium ion channel current and a variant form of the KCNE1 gene which causes decreased conductance though the channel. The variant form of KCNE1 also acts synergistically with variants of KCNQ1 to cause further decreased conductance than either variant alone. The invention further provides polymorphisms in ion channel genes showing a higher frequency in populations afflicted with ion channel diseases or within control groups. The detection of these polymorphic sites that produce the potassium ion channel protein variants in either heterozygous or homozygous form in a subject indicates that the subject has, or is susceptible to, ion channel diseases such as congenital or acquired cardiac arrhythmia, LQT syndrome, SIDS, epilepsy, or hearing loss.

Abstract: A roulette game utilizing the existing roulette wheel and layout to enhance the game of roulette. Players make wagers on the conventional layout and using the plurality of token acceptors can place an extra wager to win two separate progressive jackpots.

Abstract: An improved roulette game utilizing he existing roulette wheel and/or electronic LED wheel with an existing layout to enhance the game or roulette. Players make wagers on the conventional layout and using the plurality of token or chip acceptors as an extra wager to win either a major progressive jackpot or minor progressive jackpot.

Abstract: An adjustable coin acceptor gate for use in accepting coins or tokens of all sizes from the United States coin or equivalent to the large gaming token or chip in use today in the gaming industry. The adjustable coin acceptor gate can be manually adjusted or electronically adjusted to accept the size or denomination or the coin or token in use for the particular game or vending machine in use and left open for multiple coin and token wagers.

Abstract: This application claims the benefit of If. U.S. Provisional Application No. 60/196,113, filed Apr. 11, 2000 and is a continuation-in-part of an improved roulette game utilizing the existing roulette wheel and layout to enhance the game of roulette. Players make wagers on the conventional layout and using the plurality of token acceptors as an extra wager to win the progressive jackpot.