mhurhangee/ep-ind-claims huggingface dataset:
A system comprising a hash index service comprising a primary storage device and a secondary storage device, wherein: the secondary storage device comprises a log-structured hash index maintained in the secondary storage device, in which entries of the log-structured hash index comprise hash values of data chunks and associated metadata with each hash value; the primary storage device comprises a compact index table that includes compact signatures representative of the hash values in the hash index, and for each compact signature, a pointer to a location of the corresponding hash value in the hash index; and the hash index service is configured to access the compact index table to lookup a compact signature corresponding to a requested hash value to lookup, and to return a not-found result if the compact signature is not found in the compact index table, and to follow the pointer to look for an entry in the log-structured hash index that possibly contains the requested hash value if the compact signature is found in the compact index table. the secondary storage device comprises a log-structured hash index maintained in the secondary storage device, in which entries of the log-structured hash index comprise hash values of data chunks and associated metadata with each hash value; the primary storage device comprises a compact index table that includes compact signatures representative of the hash values in the hash index, and for each compact signature, a pointer to a location of the corresponding hash value in the hash index; and the hash index service is configured to access the compact index table to lookup a compact signature corresponding to a requested hash value to lookup, and to return a not-found result if the compact signature is not found in the compact index table, and to follow the pointer to look for an entry in the log-structured hash index that possibly contains the requested hash value if the compact signature is found in the compact index table.
A quantum computing system having a modular optical architecture, comprising: multiple quantum networking nodes, each quantum networking node including: multiple memory qubits, and one or more communication qubits, wherein the multiple memory qubits and the one or more communication qubits are part of a lattice in an atomic ion trap, characterized in that the multiple memory qubits and the one or more communication qubits are made from a pair of different isotopes of the same species, with the multiple memory qubits made from one isotope in the pair and the one or more communications qubits made of the other isotope in the pair, the pair of isotopes of the same species having different Ba isotopes from multiple Ba isotopes including at least 138Ba, 137Ba, and 133Ba so that the communication qubit(s) do not affect the functionality of the memory qubits, and a photonic entangler coupled to each of the multiple quantum networking nodes. multiple quantum networking nodes, each quantum networking node including: multiple memory qubits, and one or more communication qubits, wherein the multiple memory qubits and the one or more communication qubits are part of a lattice in an atomic ion trap, characterized in that the multiple memory qubits and the one or more communication qubits are made from a pair of different isotopes of the same species, with the multiple memory qubits made from one isotope in the pair and the one or more communications qubits made of the other isotope in the pair, the pair of isotopes of the same species having different Ba isotopes from multiple Ba isotopes including at least 138Ba, 137Ba, and 133Ba so that the communication qubit(s) do not affect the functionality of the memory qubits, and multiple memory qubits, and one or more communication qubits, wherein the multiple memory qubits and the one or more communication qubits are part of a lattice in an atomic ion trap, characterized in that the multiple memory qubits and the one or more communication qubits are made from a pair of different isotopes of the same species, with the multiple memory qubits made from one isotope in the pair and the one or more communications qubits made of the other isotope in the pair, the pair of isotopes of the same species having different Ba isotopes from multiple Ba isotopes including at least 138Ba, 137Ba, and 133Ba so that the communication qubit(s) do not affect the functionality of the memory qubits, and a photonic entangler coupled to each of the multiple quantum networking nodes.
A channel state information CSI sending method, comprising: determining, by a terminal device, a precoding matrix W, wherein W meets a formula W = W 1 × W 2, W is a matrix with N t rows and L columns, W 1 is a matrix with N t rows and 21 columns, W 2 is a matrix with 21 rows and L columns, N t is a quantity of antenna ports, L is a rank indicated by a rank indicator RI, N t is greater than or equal to L, and I is an integer greater than or equal to 1; and an element at a location in an i th row and an l th column in W 2 is Y i, l, i is an integer greater than or equal to 0 and less than or equal to 2I-1, l is an integer greater than or equal to 0 and less than or equal to L-1, Y i, l meets a formula Y i, l = X i, l 1 × X i, l 2 × X i, l 3, and X i, l 3 is a complex number with modulus 1; generating, by the terminal device, CSI that comprises the RI, indication information, and a second precoding matrix indicator PMI2, wherein the indication information is used to indicate that W 2 comprises M X i, l 1 whose values are not 0, the PMI2 is used to indicate a parameter of W 2, and the parameter of W 2 indicated by the PMI2 comprises all X i, l 1 in W 2 and X i, l 2 and X i, l 3, which are corresponding to X i, l 1 whose values are not 0, in W 2, and does not comprise X i, l 2 and X i, l 3, which are corresponding to X i, l 1 other than the M X i, l 1 whose values are not 0, in W 2; and sending, by the terminal device, a signal comprising the CSI to a network device. determining, by a terminal device, a precoding matrix W, wherein W meets a formula W = W 1 × W 2, W is a matrix with N t rows and L columns, W 1 is a matrix with N t rows and 21 columns, W 2 is a matrix with 21 rows and L columns, N t is a quantity of antenna ports, L is a rank indicated by a rank indicator RI, N t is greater than or equal to L, and I is an integer greater than or equal to 1; and an element at a location in an i th row and an l th column in W 2 is Y i, l, i is an integer greater than or equal to 0 and less than or equal to 2I-1, l is an integer greater than or equal to 0 and less than or equal to L-1, Y i, l meets a formula Y i, l = X i, l 1 × X i, l 2 × X i, l 3, and X i, l 3 is a complex number with modulus 1; generating, by the terminal device, CSI that comprises the RI, indication information, and a second precoding matrix indicator PMI2, wherein the indication information is used to indicate that W 2 comprises M X i, l 1 whose values are not 0, the PMI2 is used to indicate a parameter of W 2, and the parameter of W 2 indicated by the PMI2 comprises all X i, l 1 in W 2 and X i, l 2 and X i, l 3, which are corresponding to X i, l 1 whose values are not 0, in W 2, and does not comprise X i, l 2 and X i, l 3, which are corresponding to X i, l 1 other than the M X i, l 1 whose values are not 0, in W 2; and sending, by the terminal device, a signal comprising the CSI to a network device.
A method for dynamically associating transmit points, TPs, with user equipment, UEs, in a radio network, comprising: generating a dynamic association map comprising a plurality of UEs and a plurality of TPs associated with the UEs, wherein the dynamic association map is generated by using the equation: a k, i = 1 load i log 1 + CSINR k, i ∀ k, i; wherein k is a UE index, i is a TP index, load i represents a weighted sum of UE associations to TP i, and CSINR k = max ∀ H ⊆ H k CSINR k, i H; wherein CSINR k,i is the signal-to-interference-plus-noise ratio of UE k assuming that i is the serving cell and all UEs in set H are helping; determining bonding levels of pairs of the TPs based on the dynamic association map, wherein the bonding levels represent how well the pairs of the TPs can cooperate in a collaborative TP group; grouping the TPs based on the bonding levels and the dynamic association map to form collaborative TP groups, wherein the collaborative TP groups coordinate scheduling to improve a network performance metric by increasing throughput; and generating a new dynamic association map based on the collaborative TP groups. generating a dynamic association map comprising a plurality of UEs and a plurality of TPs associated with the UEs, wherein the dynamic association map is generated by using the equation: a k, i = 1 load i log 1 + CSINR k, i ∀ k, i; wherein k is a UE index, i is a TP index, load i represents a weighted sum of UE associations to TP i, and CSINR k = max ∀ H ⊆ H k CSINR k, i H; wherein CSINR k,i is the signal-to-interference-plus-noise ratio of UE k assuming that i is the serving cell and all UEs in set H are helping; determining bonding levels of pairs of the TPs based on the dynamic association map, wherein the bonding levels represent how well the pairs of the TPs can cooperate in a collaborative TP group; grouping the TPs based on the bonding levels and the dynamic association map to form collaborative TP groups, wherein the collaborative TP groups coordinate scheduling to improve a network performance metric by increasing throughput; and generating a new dynamic association map based on the collaborative TP groups.
A transmission monitoring system, comprising: a remote control; and a transmission monitoring device; wherein the transmission monitoring device is configured to receive command transmissions from a remote control for relay to a target appliance; consult a state table comprising data indicative of the state of the appliance before relaying the command transmission to the target appliance to thereby ensure that the relaying of the command will not place the appliance into an unintended state; characterized in that the transmission monitoring device is configured to update the state table dependent at least in part on the received command transmissions. a remote control; and a transmission monitoring device; wherein the transmission monitoring device is configured to receive command transmissions from a remote control for relay to a target appliance; consult a state table comprising data indicative of the state of the appliance before relaying the command transmission to the target appliance to thereby ensure that the relaying of the command will not place the appliance into an unintended state; characterized in that the transmission monitoring device is configured to update the state table dependent at least in part on the received command transmissions.
A modular potable water distribution manifold for an aircraft water supply and drainage system, comprising: a tubular section of adjustable length comprised of discrete threaded sections; a first manifold quick connector adapted to mate with a flexible hose connector and having a flow control poppet (114, 142); a second manifold quick connector having a flow control poppet (114, 142), wherein the first and second manifold quick connector flow control poppets (114, 142) are shaped to favor a primary water flow direction; characterized in that: said modular potable water distribution manifold further comprises: a terminating self-venting/self-draining device adapted to mate with the second manifold quick connector and including an air vent cap, air vent holes, a venting poppet with poppet float, an O-ring seal, and a service cap; and a rotating ferrule adapted to mate the second manifold quick connector with the terminating self-venting/self-draining device; said second manifold quick connector is adapted to mate with the terminating self-venting/self draining device. a tubular section of adjustable length comprised of discrete threaded sections; a first manifold quick connector adapted to mate with a flexible hose connector and having a flow control poppet (114, 142); a second manifold quick connector having a flow control poppet (114, 142), wherein the first and second manifold quick connector flow control poppets (114, 142) are shaped to favor a primary water flow direction; characterized in that: said modular potable water distribution manifold further comprises: a terminating self-venting/self-draining device adapted to mate with the second manifold quick connector and including an air vent cap, air vent holes, a venting poppet with poppet float, an O-ring seal, and a service cap; and a rotating ferrule adapted to mate the second manifold quick connector with the terminating self-venting/self-draining device; said second manifold quick connector is adapted to mate with the terminating self-venting/self draining device. said modular potable water distribution manifold further comprises: a terminating self-venting/self-draining device adapted to mate with the second manifold quick connector and including an air vent cap, air vent holes, a venting poppet with poppet float, an O-ring seal, and a service cap; and a rotating ferrule adapted to mate the second manifold quick connector with the terminating self-venting/self-draining device; said second manifold quick connector is adapted to mate with the terminating self-venting/self draining device. a terminating self-venting/self-draining device adapted to mate with the second manifold quick connector and including an air vent cap, air vent holes, a venting poppet with poppet float, an O-ring seal, and a service cap; and a rotating ferrule adapted to mate the second manifold quick connector with the terminating self-venting/self-draining device; said second manifold quick connector is adapted to mate with the terminating self-venting/self draining device.
Apparatus for provisioning a subscription of a service to a device, the apparatus comprising: one or more interfaces configured to communicate with a device and a subscription manager, wherein the apparatus and the device are configured to communicate via a local wired or wireless protocol; and logic configured to: receive cryptographic data from the device over the one or more interfaces, wherein the cryptographic data is a public key of a public and private key pair provided by the device; transmit the cryptographic data to the subscription manager over the one or more interfaces; receive provisioning data from the subscription manager over the one or more interfaces; and transmit the provisioning data to the device over the one or more interfaces, wherein the provisioning data is configured to enable a subscription of the device to a service, and wherein the provisioning data is protected by the cryptographic data. one or more interfaces configured to communicate with a device and a subscription manager, wherein the apparatus and the device are configured to communicate via a local wired or wireless protocol; and logic configured to: receive cryptographic data from the device over the one or more interfaces, wherein the cryptographic data is a public key of a public and private key pair provided by the device; transmit the cryptographic data to the subscription manager over the one or more interfaces; receive provisioning data from the subscription manager over the one or more interfaces; and transmit the provisioning data to the device over the one or more interfaces, wherein the provisioning data is configured to enable a subscription of the device to a service, and wherein the provisioning data is protected by the cryptographic data. receive cryptographic data from the device over the one or more interfaces, wherein the cryptographic data is a public key of a public and private key pair provided by the device; transmit the cryptographic data to the subscription manager over the one or more interfaces; receive provisioning data from the subscription manager over the one or more interfaces; and transmit the provisioning data to the device over the one or more interfaces, wherein the provisioning data is configured to enable a subscription of the device to a service, and wherein the provisioning data is protected by the cryptographic data.
A dashboard protection arrangement, which is adapted to protect an accessory or a piece of equipment located at a central region of a dashboard of a vehicle from a deploying frontal protection airbag (11,15), said dashboard protection arrangement comprises a dashboard airbag, which is configured to be located in said central region of said dashboard stored in a compartment in said dashboard when not in use, said dashboard airbag being adapted to deploy along a surface of said dashboard in order to at least partly cover said central region of said dashboard when deployed, characterized in that said dashboard airbag has a larger extension in a vertical direction (z) when deployed than in a longitudinal direction (x), said vertical (z) and longitudinal (x) directions being related to said vehicle, and said dashboard airbag has a larger extension in a lateral direction (y) when deployed than in said longitudinal direction (x), said lateral (y) and longitudinal (x) directions being related to said vehicle.
Compounds of general formula I wherein R 1 and R 2 are independently of one another hydrogen, fluorine, chlorine, a methoxy group; R 3 is hydrogen, fluorine, chlorine or a methoxy group; R 4 is fluorine; R 5 is a hydroxyl group, a chlorine atom, -S-CH 3, -S-CH 2 -CH 3, -O-CH 3, or -O-CH 2 -CH 3; and their salts, solvates or salts of solvates. R 1 and R 2 are independently of one another hydrogen, fluorine, chlorine, a methoxy group; R 3 is hydrogen, fluorine, chlorine or a methoxy group; R 4 is fluorine; R 5 is a hydroxyl group, a chlorine atom, -S-CH 3, -S-CH 2 -CH 3, -O-CH 3, or -O-CH 2 -CH 3;
An in-the-ear hearing aid, the hearing aid having a first end and a second end, the hearing aid comprising: - a microphone configured to receive an audio signal, - a printed circuit board comprising a processing unit configured to process the audio signal for compensating a hearing loss of a user, - a receiver configured to transmit the processed audio signal, - a battery having a first side and a second side, the first side being opposite the second side, where the battery is provided at the second end of the hearing aid, - one or more wireless communication units (14,16) for wireless communication, - a first antenna for emission and/or reception of an electromagnetic field being interconnected with one of the one or more wireless communication units (14,16), where the first antenna is provided at the second end of the hearing aid, and - a second antenna for emission and/or reception of an electromagnetic field being interconnected with one of the one or more wireless communication units (14,16), where the second antenna is provided at the second end of the hearing aid, wherein the second antenna is provided at the second side of the battery, wherein the first antenna is fed from the printed circuit board at the first side of the battery and extends to the second side of the battery; characterized in that the printed circuit board is provided at the first side of the battery; and that the first antenna is an electric antenna and the second antenna is a magnetic antenna. - a microphone configured to receive an audio signal, - a printed circuit board comprising a processing unit configured to process the audio signal for compensating a hearing loss of a user, - a receiver configured to transmit the processed audio signal, - a battery having a first side and a second side, the first side being opposite the second side, where the battery is provided at the second end of the hearing aid, - one or more wireless communication units (14,16) for wireless communication, - a first antenna for emission and/or reception of an electromagnetic field being interconnected with one of the one or more wireless communication units (14,16), where the first antenna is provided at the second end of the hearing aid, and - a second antenna for emission and/or reception of an electromagnetic field being interconnected with one of the one or more wireless communication units (14,16), where the second antenna is provided at the second end of the hearing aid,
An electronic device, in particular a mobile phone, with a) an image sensor with several image elements for capturing an image, wherein the image sensor is also sensitive to ionizing radiation, and b) an additional radiation sensor for measurement of the ionizing radiation, characterized in that c) the image sensor also serves for the measurement of the ionizing radiation, so that the electronic device is adapted to measure the ionizing radiation by two different types of sensors, and d) the image sensor and the radiation sensor apply different measurement methods to create redundancy for the measurement of the ionizing radiation by the combination of the image sensor and the radiation sensor. a) an image sensor with several image elements for capturing an image, wherein the image sensor is also sensitive to ionizing radiation, and b) an additional radiation sensor for measurement of the ionizing radiation, c) the image sensor also serves for the measurement of the ionizing radiation, so that the electronic device is adapted to measure the ionizing radiation by two different types of sensors, and d) the image sensor and the radiation sensor apply different measurement methods to create redundancy for the measurement of the ionizing radiation by the combination of the image sensor and the radiation sensor.