Abstract: A communication receiver (100) employs a discrete time digital phase locked loop (142) for maintaining a generated signal (144) locked to a reference signal (136). The discrete time digital phase locked loop (142) includes a phase detector (202), an accumulator (219), an adder (227), and a controlled oscillator (232). The accumulator (219) is connected to the phase detector (202) and a reference signal (136) for calculating an accumulator output value equal to a first sum of a current sample generated by the phase detector (202), and all of the plurality of discrete phase error samples produced prior to the current sample. The adder (227) is connected to the phase detector (202) and the accumulator (219) for forming a second sum of the current sample and the accumulator output value. The controlled oscillator (232) receives the second sum, which is utilized for controlling the controlled oscillator (232).

Abstract: Method for playing a card game comprising the steps of providing at least one player with an opportunity to place a wager, displaying a first plurality of playing card indicia to form a plurality of partial card hands, allowing the player to assign the wager to one of the plurality of partial card hands, and subsequently completing the card hands by displaying an additional plurality of card indicia. When the hands have been completed, a winning payout is provided to any and all players who successfully assigned their wagers to the partial card hand which resulted in the complete hand having a particular value, e.g. the highest poker ranking.

Abstract: A process is disclosed for preparing halogenated hydrocarbyl nitriles comprising reacting a metal or ammonium cyanide with a dihalogenated aliphatic or alicyclic hydrocarbon of the formulaX--R--CH.sub.2 --X.sub.1where X and X.sub.1 are chloro, bromo or iodo and R is a divalent aliphatic, alicyclic or aralkyl hydrocarbon group,In an aqueous medium in the presence of a phase transfer catalyst.