Abstract: Data communication in network traffic is modeled in real time and is analyzed using a 2-state Markov modified Poissen process (MMPP). The traffic inter-arrival times for bursty and idle states define a transition window [?1max, ?2min] represented by the boundary values ?1max max for the inter-arrival time for bursty traffic, and ?2min for the inter-arrival time for idle traffic. Changes in the values of ?1max and ?2min are tracked over time, and the size of the transition window is enlarged or decreased based upon relative changes in these values. If the inter-rival times for the bursty state and the idle state become approximately equal, the model defaults to a single state model. The modeling is applicable to the synchronization of polling and blocking in a low-latency network system. This permits the adoptive selection of poll or block to maximize CPU utilization and interrupt latency.

Abstract: In some embodiments, a configurable multiphase coupled magnetic structure may include a four-sided pot core defining an interior space, one or more cylindrical cores disposed within the interior space of the four-sided pot core, and at least two windings respectively wound around the one or more cylindrical cores, wherein the at least two windings are connected in a multiphase power delivery configuration. The windings may be multi-turn windings. The four-sided pot core may be a rectangular-shaped pot core. The cylindrical cores may be I-cores. Other embodiments are disclosed and claimed.

Abstract: Embodiments of the present invention address the deficiencies of the art in respect to application performance and provide a novel and non-obvious data processing method, system and computer program product for selecting between separate hardware implemented and software implemented iSCSI paths to process an input/output request in a data communication environment. In one embodiment, a method for selecting between separate hardware implemented and software implemented iSCSI paths to process an input/output request can include transmitting a stream of requests to access at least one logical block address in at least one storage device in an IP storage system is provided. The utilization of a first processor in a host configured to transmit the stream of requests, where the host provides a first iSCSI implementation can be monitored along with the utilization of a second processor in an adapter coupled to the storage device, where the adapter provides a second iSCSI implementation.

Abstract: The present invention refers to a pharmaceutical composition suitable for the transdermal or transmucosal administration of one or more active agents, in form of a gel or a solution, comprising as a permeation enhancers a combination of: a) saturated fatty alcohol of formula CH3—(CH2)n—CH2OH or saturated fatty acid CH3—(CH2)n—CH2COOH wherein n is an integer number 8÷22, preferably 8÷12, most preferably 10, or unsaturated fatty alcohol or fatty acid of formula: CH3(CnH2(n-1))—OH or CH3(CnH2(n-1))—COOH wherein n is an integer number 8÷22, b) a ternary vehicle or carrier consisting of a C1÷C4 alkanol, a polyalcohol in particular propylenglycol and water, c) optionally also a monoalkylether of diethylenglycol.

Abstract: A pharmaceutical composition in the form of a solution, cream, lotion, spray, ointment, gel, aerosol, tablet, suppository or patch device for transdermal or transmucosal administration of alprazolam to a subject, which includes as a permeation enhancing mixture a fatty component in an amount of 0.1% to 20% by weight which is one of (a) a saturated fatty alcohol of formula CH3—(CH2)n—CH2OH, a saturated fatty acid of formula CH3—(CH2)n—CH2COOH, (b) an unsaturated fatty alcohol of formula CH3(CnH2(n?1))—OH, or (c) a fatty acid of formula CH3(CnH2(n?l))—COOH, wherein n is an integer of between 8 and 22; and a vehicle that includes a C1-C4 alkanol, a polyalcohol, and water.

Abstract: An audio noise mitigation approach. For one aspect, a first voltage associated with a first power management state is provided. A signal responsive to an indication associated with at least a first type of periodic exit event is received and responsive to the signal, a transition to a second voltage associated with a second state is initiated, a rate of the transition to the second voltage being slower than a similar voltage transition initiated in response to a non-periodic exit event.

Abstract: An integrated circuit device, such as a processor initiates a transition to a first power management state. The device then receives a request to exit the first power management state and, in response exits the first power management state at the highest of a reference operating voltage, such as a minimum operating voltage, and a current voltage. For one aspect, an analog to digital converter may be used to determine the current voltage level. Further, for one aspect the first power management state may be a deeper sleep (C4) state, and the processor may quickly exit to a C2 state in response to a bus event such as a bus snoop.

Abstract: A programmable burner for gas stoves, which is constituted by a gas burner and a safety valve that includes a thermocouple, which is located in coincidence with an external edge of the burner. The safety valve is maintained open when the thermocouple is detecting the presence of a flame on the gas burner and is closed when the burner has been turned off. An electrode is placed near of the external periphery of the burner for igniting. A spark generation module is connected with the electrode for generating the sparks for igniting the burner. A spark interrupter is connected to the spark generation module, the spark interrupter being located over a burner knob that is connected to the safety valve, for activating or deactivating the spark generation of the spark generation module. Finally a programmable device is connected with the thermocouple and the security valve, for programming the ignition time of the burner in accordance with a preestablished operation time by user.

Abstract: The present invention refers to a pharmaceutical composition suitable for the transdermal or transmucosal administration of one or more active agents, in form of a gel or a solution, comprising as a permeation enhancers a combination of: a) saturated fatty alcohol of formula CH3—(CH2)n—CH2OH or saturated fatty acid CH3—(CH2)n—CH2COOH wherein n is an integer number 8÷22, preferably 8÷12, most preferably 10, or unsaturated fatty alcohol or fatty acid of formula: CH3(CnH2(n−1))—OH or CH3(CnH2(n−1))—COOH wherein n is an integer number 8÷22, b) a ternary vehicle or carrier consisting of a C1÷C4 alkanol, a polyalcohol in particular propylenglycol and water, c) optionally also a monoalkylether of diethylenglycol.

Abstract: A programmable burner for gas stoves, which is constituted by a gas burner and a safety valve that includes a thermocouple, which is located in coincidence with an external edge of the burner. The safety valve is maintained open when the thermocouple is detecting the presence of a flame on the gas burner and is closed when the burner has been turned off. An electrode is placed near of the external periphery of the burner for igniting. A spark generation module is connected with the electrode for generating the sparks for igniting the burner. A spark interrupter is connected to the spark generation module, the spark interrupter being located over a burner knob that is connected to the safety valve, for activating or deactivating the spark generation of the spark generation module. Finally a programmable device is connected with the thermocouple and the security valve, for programming the ignition time of the burner in accordance with a preestablished operation time by user.

Abstract: In an electronic ignition system for igniting a plurality of gas burners by means of a plurality of electrodes, each one being mounted adjacent with each burner for producing sparks for the ignition of each burner. A spark generating circuit connected with the electrodes in order to produce the sparks for igniting each burner. And a power source connected to the spark generating circuit. A flame sensor circuit is connected to the spark generating circuit and at least one electrode, which in a first period and once the spark generating circuit has been activated for igniting each electrode, the flame sensor circuit is operated to detect the absence of flame on the burner by means of said electrode, and once that the burner has been ignited, the electrode and flame sensor circuit are operated for sensing the presence of flame on the burner.

Abstract: A shoe which is provided with a permanently attached low heel can be converted to a high heel shoe by attaching the high heel bodily to the low heel. Additionally, there is an adjustable shank for retaining the shoe in a shape conforming to its high heel condition or in a shape conforming to its low heel condition.