Abstract: A remote sensing device is described. The remote sensing device includes an enclosure that houses a smartphone processor, a smartphone memory, a sensor module, a separate microcontroller, and a wireless communication module. The remote sensing device includes a smartphone operating system having a kernel that includes a plurality of device drivers. The smartphone processor, smartphone memory, sensor module and wireless communications module are managed by the smartphone operating system. The separate microcontroller includes a power management module. A battery is electrically coupled to the microcontroller. The battery powers the smartphone processor, the smartphone memory, and the sensor module. The wireless communication module is communicatively coupled to a wide area network. The wireless communication module receives an over-the-air (OTA) update for a device driver associated with the sensor module.

Abstract: A workspace includes a power input receptacle configured to receive an input power at a first voltage level, wherein the first voltage level is an extra-low voltage. The workspace further includes a voltage regulator configured to regulate the input power and output a regulated power at a second voltage level and a power distribution bus. The power distribution bus is configured to receive the input power from the power input receptacle. The workspace further includes a safety disconnect configured to disconnect the input power from the power distribution bus in response to detecting an adverse condition.

Abstract: A remote detection method, node, and system is described. The detector includes a wireless communications module that wirelessly transmits the detection message to a remote sensing device. The remote sensing device includes a camera having a field of view and wirelessly communicates with the detector. The remote illumination and detection method performs preliminary filtering of captured image data to determine images/frames of interest with a computer vision module on board a processor in the node. The images of interest are then transmitted to a cloud computing component via a wireless or cellular network for detailed analysis to determine the presence or absence of motion or an object in each image of interest. The cloud computing component may employ machine learning computations that time and energy intensive, such as convolutional neural networks.

Abstract: A gaming device may perform various electronic games, such as a keno game, and may include a game controller configured to control operations of the performed electronic games. During the course of a game performed on the gaming device, the game controller may control various winning scenarios, including alternate winning scenarios. At certain stages in a keno game, a number of markers may be selected. Before, after, or while these markers are selected, the game controller may determine how many bonus markers will be selected. Based on the number of selected bonus markers, the game controller may initiate a bonus draw phase where an additional number of markers may be selected. After all markers have been selected, any selected bonus markers may be added together and the calculated sum may be added to a credit balance associated with a player of the gaming device.

Abstract: A bonus round of a video keno game may consist of a series of bonus game instances. During a bonus game instance, a game controller may identify a set of bonus game pieces and select a set of bonus outcome identifiers from a bonus outcome pool. A win amount may be determined based on the number of matches between the set of bonus outcome identifiers and the set of bonus game pieces. The bonus outcome identifiers may include persistent identifiers and non-persistent identifiers. Persistent identifiers may be removed from the bonus outcome pool for subsequent bonus game instances in the series. Additionally or alternatively, the bonus game pieces corresponding to the persistent identifiers may continue to be matches for the subsequent bonus game instances in the series.

Abstract: A bonus round of a video keno game may consist of a series of bonus game instances. During a bonus game instance, a game controller may identify a set of bonus game pieces and select a set of bonus outcome identifiers from a bonus outcome pool. A win amount may be determined based on the number of matches between the set of bonus outcome identifiers and the set of bonus game pieces. The bonus outcome identifiers may include persistent identifiers and non-persistent identifiers. Persistent identifiers may be removed from the bonus outcome pool for subsequent bonus game instances in the series. Additionally or alternatively, the bonus game pieces corresponding to the persistent identifiers may continue to be matches for the subsequent bonus game instances in the series.

Abstract: A gaming device may perform various electronic games, such as a keno game, and may include a game controller configured to control operations of the performed electronic games. During the course of a game performed on the gaming device, the game controller may control various winning scenarios, including alternate winning scenarios. At certain stages in a keno game, a number of markers may be selected. Before, after, or while these markers are selected, the game controller may determine how many bonus markers will be selected. Based on the number of selected bonus markers, the game controller may initiate a bonus draw phase where an additional number of markers may be selected. After all markers have been selected, any selected bonus markers may be added together and the calculated sum may be added to a credit balance associated with a player of the gaming device.

Abstract: A computer-based video keno game displays a keno game including a set of game pieces of a game board of the keno game, each respective game piece of the game board corresponding to a respective number. A user interface may receive a player input for the keno game, where the player input specifies a set of selected game pieces including a set of special game pieces. A game controller may select a set of numbers from a pool of numbers and determine an amount of matches between the set of selected numbers and the set of selected game pieces. If the last selected number matches a special game piece, a number of free games may be multiplied by a multiplier.

Abstract: A bonus round of a video keno game may consist of a series of bonus game instances. During a bonus game instance, a game controller may identify a set of bonus game pieces and select a set of bonus outcome identifiers from a bonus outcome pool. A win amount may be determined based on the number of matches between the set of bonus outcome identifiers and the set of bonus game pieces. The bonus outcome identifiers may include persistent identifiers and non-persistent identifiers. Persistent identifiers may be removed from the bonus outcome pool for subsequent bonus game instances in the series. Additionally or alternatively, the bonus game pieces corresponding to the persistent identifiers may continue to be matches for the subsequent bonus game instances in the series.

Abstract: A computer-based video keno game displays a keno game including a set of game pieces of a game board of the keno game, each respective game piece of the game board corresponding to a respective number. A user interface may receive a player input for the keno game, where the player input specifies a set of selected game pieces including a set of special game pieces. A game controller may select a set of numbers from a pool of numbers and determine an amount of matches between the set of selected numbers and the set of selected game pieces. If the last selected number matches a special game piece, a number of free games may be multiplied by a multiplier.

Abstract: A gaming device may perform various electronic games, such as a keno game, and may include a game controller configured to control operations of the performed electronic games. During the course of a game performed on the gaming device, the game controller may control various winning scenarios, including alternate winning scenarios. At certain stages in a keno game, a number of markers may be selected. Before, after, or while these markers are selected, the game controller may determine how many bonus markers will be selected. Based on the number of selected bonus markers, the game controller may initiate a bonus draw phase where an additional number of markers may be selected. After all markers have been selected, any selected bonus markers may be added together and the calculated sum may be added to a credit balance associated with a player of the gaming device.

Abstract: A bonus round of a video keno game may consist of a series of bonus game instances. During a bonus game instance, a game controller may identify a set of bonus game pieces and select a set of bonus outcome identifiers from a bonus outcome pool. A win amount may be determined based on the number of matches between the set of bonus outcome identifiers and the set of bonus game pieces. The bonus outcome identifiers may include persistent identifiers and non-persistent identifiers. Persistent identifiers may be removed from the bonus outcome pool for subsequent bonus game instances in the series. Additionally or alternatively, the bonus game pieces corresponding to the persistent identifiers may continue to be matches for the subsequent bonus game instances in the series.

Abstract: A bonus round of a video keno game may consist of a series of bonus game instances. During a bonus game instance, a game controller may identify a set of bonus game pieces and select a set of bonus outcome identifiers from a bonus outcome pool. A win amount may be determined based on the number of matches between the set of bonus outcome identifiers and the set of bonus game pieces. The bonus outcome identifiers may include persistent identifiers and non-persistent identifiers. Persistent identifiers may be removed from the bonus outcome pool for subsequent bonus game instances in the series. Additionally or alternatively, the bonus game pieces corresponding to the persistent identifiers may continue to be matches for the subsequent bonus game instances in the series.

Abstract: A gaming device may perform various electronic games, such as a keno game, and may include a game controller configured to control operations of the performed electronic games. During the course of a game performed on the gaming device, the game controller may control various winning scenarios, including alternate winning scenarios. At certain stages in a keno game, a number of markers may be selected. Before, after, or while these markers are selected, the game controller may determine how many bonus markers will be selected. Based on the number of selected bonus markers, the game controller may initiate a bonus draw phase where an additional number of markers may be selected. After all markers have been selected, any selected bonus markers may be added together and the calculated sum may be added to a credit balance associated with a player of the gaming device.

Abstract: A remote detection method, node, and system is described. The detector includes a wireless communications module that wirelessly transmits the detection message to a remote sensing device. The remote sensing device includes a camera having a field of view and wirelessly communicates with the detector. The remote illumination and detection method performs preliminary filtering of captured image data to determine images/frames of interest with a computer vision module on board a processor in the node. The images of interest are then transmitted to a cloud computing component via a wireless or cellular network for detailed analysis to determine the presence or absence of motion or an object in each image of interest. The cloud computing component may employ machine learning computations that time and energy intensive, such as convolutional neural networks.

Abstract: A communal gaming system provides a communal game to players of electronic gaming devices. The system includes a plurality of EGMs, each EGM includes a trigger condition identifying when the player is awarded participation in the communal game. The system also includes a communal game display configured to display a communal game play area. The system (a) begins a game cycle for a game instance of the communal game; (b) receives, from a first device and in response to detecting the trigger condition, a communal participation trigger message; (c) awards a participation entry in the game cycle to the player; (d) transmits, to the first device, a participation award message indicating successfully entry of the player in the game cycle; (e) conducts the communal game, thereby generating an award outcome of the communal game for the player; and (f) awards the player based on the generated award outcome.

Abstract: A communal gaming system provides a communal game to players of electronic gaming devices. The system includes a plurality of EGMs, each EGM includes a trigger condition identifying when the player is awarded participation in the communal game. The system also includes a communal game display configured to display a communal game play area. The system (a) begins a game cycle for a game instance of the communal game; (b) receives, from a first device and in response to detecting the trigger condition, a communal participation trigger message; (c) awards a participation entry in the game cycle to the player; (d) transmits, to the first device, a participation award message indicating successfully entry of the player in the game cycle; (e) conducts the communal game, thereby generating an award outcome of the communal game for the player; and (f) awards the player based on the generated award outcome.

Abstract: A communal gaming system provides a communal game to players of electronic gaming devices. The system includes a plurality of EGMs, each EGM includes a trigger condition identifying when the player is awarded participation in the communal game. The system also includes a communal game display configured to display a communal game play area. The system (a) begins a game cycle for a game instance of the communal game; (b) receives, from a first device and in response to detecting the trigger condition, a communal participation trigger message; (c) awards a participation entry in the game cycle to the player; (d) transmits, to the first device, a participation award message indicating successfully entry of the player in the game cycle; (e) conducts the communal game, thereby generating an award outcome of the communal game for the player; and (f) awards the player based on the generated award outcome.

Abstract: In accordance with some embodiments, a system which includes a plurality of baccarat tables on which a baccarat game may be played by a plurality of players and a plurality of electronic player devices each playable by an individual player provides for selecting a plurality of outcomes which were dealt on at least one of the baccarat tables, determining whether a trend or pattern has developed in the plurality of outcomes (e.g., a pattern of at least a predetermined length) and, if a pattern has developed, activating a wagering opportunity on one of the electronic player devices, the wagering opportunity allowing a player to bet for or against the trend. In one embodiment, each outcome of the plurality of selected outcomes comprises an outcome originally dealt on the same baccarat table.

Abstract: Crystals of [8-chloro-3-(4-chlorobenzyl)-4-difluoromethoxy-2-ethylquinolin-5-yloxy]acetic acid L-lysine salt, i.e., a crystal A which has peaks at diffraction angles 2?=6.0°, 10.0°, 10.7°, 12.1°, 18.4°, 19.2° and 20.1° in powder X-ray diffraction spectra and a crystal B which has peaks at diffraction angles 2?=6.0°, 11.7°, 12.4°, 15.2°, 16.4°, 20.3° and 22.6° in powder X-ray diffraction spectra. These crystals are chemically stable and have excellent thermal stability and physical properties, and are therefore suitable as medicinal substances.