Abstract: To be able to adequately provide desired services over a 5G mobile service network, the 5G communication infrastructures requires a much-improved flexibility in resource management. Network operators are foreseen to deploy network slicing, by isolating dedicated resources and providing customised logical instances of the physical infrastructure to each service. A critical operation in performing management and orchestration of network resources is the anticipatory provisioning of isolated capacity to each network slice. Accordingly, it is necessary to obtain an estimate of service level demands. However, the estimation of such service level demands is typically obtained via deep packet inspection, which is a resource intensive and time-consuming process. Therefore, it is typically not possible to provide updated accurate estimates at a frequency suitable for use in accurate prediction of a future per-service traffic consumption, without an undesirable level of computational and time resources being required.

Abstract: Surgical instruments and methods for using and manufacturing the same are provided. The surgical instrument includes a combination of serrated forceps and non-serrated forceps, the serrated forceps and the non-serrated forceps being operable independently of each other. A method of using the instrument includes using the serrated forceps of the instrument to grasp a tissue and using the non-serrated forceps of the instrument to pull a surgical needle through the tissue.

Abstract: The disclosed embodiments provide for surgical instruments and methods for using and manufacturing the same. The disclosed surgical instrument includes a combination of serrated forceps and non-serrated forceps, the serrated forceps and the non-serrated forceps being operable independently of each other. A method of using the instrument includes using the serrated forceps of the instrument to grasp a tissue and using the non-serrated forceps of the instrument to pull a surgical needle through the tissue.

Abstract: Embodiments disclose an apparatus for enclosing and insulating an opening in a structure such as an air conditioning unit mounted in a sleeve. The apparatus includes one or more layers required depending on the distance which any equipment installed in the opening extends beyond the wall surface. An embodiment for a rectangular insulating cover apparatus includes corner pieces, horizontal wall pieces, and side wall pieces. Corner pieces are configured to allow the horizontal wall pieces and side wall pieces to be slid into the corner pieces. The depth of the insertion into the corner pieces can be varied depending on the desired dimensions for the insulating cover apparatus. After cutting the top cover the required dimensions for the opening in the insulating cover apparatus, top cover corner boots and C-channels are installed on the top cover which is then pressed into place. A method for assembling and installing the same is provided, as are other aspects.

Abstract: A light flashing system is provided that fits over an existing conventional light switch in order to convert the conventional light switch into a remotely controlled light switch providing repeated, flashing, operation of an associated light. Manual operation is also a possible. The system provides emergency flashing operation of a residence external light through remote initiation of a user.

Abstract: Embodiments disclose an apparatus and system for enclosing and insulating an opening in a structure such as for an air conditioning unit or a sleeve. The apparatus includes one or more layers required depending on the distance which any equipment installed in the opening extends beyond the wall surface. An embodiment for rectangular insulating cover apparatus includes for corner pieces, for horizontal wall pieces, and for vertical wall pieces. Corner of pieces are configured to allow the horizontal wall pieces and vertical wall pieces to be slid into the corner pieces. The depth of the insertion into a corner pieces can be varied depending on the desired dimensions for the insulating cover apparatus. After cutting the top cover required dimensions for the opening in the insulating cover apparatus top cover corner boots and C-channels are installed on the top cover which is then pressed into place. A system for assembling and installing the same is provided, as are other aspects.

Abstract: Embodiments disclose an apparatus for enclosing and insulating an opening in a structure such as for an air conditioning unit or a sleeve. The apparatus includes a cover having a first section and a second section, wherein the first section is designed to be adjustable in relation to the second section; one or more insulating members positioned along an interior of the cover; two or more fasteners designed to secure the cover to an A/C unit sleeve or a structure. In another embodiment the apparatus cover is a single section and not adjustable. A method of installing the same is provided, as are other aspects.

Abstract: A novel device and method to thermally seal openings such as air conditioner sleeves, ducts and chimney is disclosed and claimed. The device includes insulating layer and gasket layers sandwiched in between outer shells.

Abstract: Embodiments disclose an apparatus for enclosing and insulating an opening in a structure such as for an air conditioning unit or a sleeve. The apparatus includes a cover having a first section and a second section, wherein the first section is designed to be adjustable in relation to the second section; one or more insulating members positioned along an interior of the cover; two or more fasteners designed to secure the cover to an A/C unit sleeve or a structure. In another embodiment the apparatus cover is a single section and not adjustable. A method of installing the same is provided, as are other aspects.

Abstract: A novel device and method to thermally seal openings such as air conditioner sleeves, ducts and chimney is disclosed and claimed. The device includes insulating layer and gasket layers sandwiched in between outer shells.

Abstract: An improved system is provided for aiming a shotgun-based or other countermeasure system so as to be able to countermeasure incoming rockets or projectiles. In one embodiment a shotgun aimed and controlled by the subject system projects a pattern of pellets to intercept a rocket-propelled grenade or incoming projectile. The fire control system uses a CW two-tone monopulse radar to derive range and angle of arrival within 150 milliseconds, with range and angle of arrival measurements having approximately twice the accuracy of prior CW two-tone monopulse radars. The improvement derives from using all of the information in the returned radar beams and is the result of the recognition that one can use the Sum and Difference signals to assemble a two-by-two Rank One matrix that permits using singular value decomposition techniques to generate range and angle of arrival matrices in which all available information is used and in which noise is eliminated.

Abstract: A system, method and program product for implementing an automated multi-platform build and run operation for a software application. A system is provided that comprises: a control process loadable on a host platform, wherein the control process causes the software application to be built and run on both the host platform and a set of remote platforms; and a results manager that captures build and run results from the host platform and the set of remote platforms, and stores the build and run results in a centralized database.

Abstract: A method and apparatus is provided for correcting the phase difference estimate derived from a two-tone CW radar to correct velocity-induced range estimate phase errors by offsetting the phase difference estimate with a phase correction equal to either of the Doppler frequencies associated with returns from an object multiplied by the time interval between the samplings of the returned waveforms.

Abstract: Techniques for determining the angles of arrival of multiple simultaneous cochannel sources using only a single RF receiver sampling and downconversion channel is disclosed. This is accomplished by sequentially forming several known mixtures of multiple antenna signals in the RF domain prior to downconversion and digitization. Angle of arrival information is then recovered through the application of higher order statistics and subspace fitting techniques. The same principles can be applied to other P-element receiver arrays (e.g., acoustical receiver array).

Abstract: A high speed planing hull is provided, which is generally of a deep Vee form and which is provided with multiple steps in the fore-and-aft direction in combination with variable dead rise from keel to chine in the steps. The arrangement is such that, when the hull achieves planing speeds, not only is the hull bottom ventilated at the fore-and-aft steps, but the variable dead rise configurations, which provide for elevation of the keel area in relation to the chine area, provide for increased support of the hull near the chines, and relatively less support near the keel. Reduced wetted surface, and therefore frictional drag, is realized, while at the same time providing for a safer and more comfortable ride by improving both longitudinal and lateral stability.