Abstract: Systems and methods for operating an aquatic robot. The methods comprise: autonomously propelling the aquatic robot through a body of water to a location where a water sample is to be obtained; and performing operations by the aquatic robot to autonomously collect the water sample, cause the water sample to flow through a filter that retains eDNA, lyses and releases the eDNA to a create a lysate, process the lysate to obtain a product for eDNA sequencing, generate eDNA sequencing data using the product, and communicate the eDNA sequencing data to a remote external device.

Abstract: Systems and methods are provided for rendering a stage in a software authoring tool. A run-time player component is employed for rendering the stage for presenting a preview of output of a software application being authored in the software authoring tool. Thus, a software authoring tool outputs a stage which presents a preview of the output of an application being authored, such as a multimedia application. The output presentation of a multimedia application being authored in the authoring tool is rendered to the stage by a run-time player component. Thus, rather than employing code integrated within the authoring tool for mimicking a run-time player in order to generate a preview of output on the stage, embodiments of the present invention utilize a run-time player component to generate such a preview of output on the stage.

Abstract: An assembly is disclosed which may include a serviceable unit and a current limiting device coupled to the serviceable unit. The serviceable unit may include a positive electrical terminal connection, a negative electrical terminal connection, and a plurality of energy storage devices operatively coupled to the positive electrical terminal connection and the negative electrical terminal connection to form an electrical path of the serviceable unit. The current limiting device may include a current limiting component. The current limiting component being included in the electrical path of the serviceable unit.

Abstract: Systems and methods are provided for rendering a stage in a software authoring tool. A run-time player component is employed for rendering the stage for presenting a preview of output of a software application being authored in the software authoring tool. Thus, a software authoring tool outputs a stage which presents a preview of the output of an application being authored, such as a multimedia application. The output presentation of a multimedia application being authored in the authoring tool is rendered to the stage by a run-time player component. Thus, rather than employing code integrated within the authoring tool for mimicking a run-time player in order to generate a preview of output on the stage, embodiments of the present invention utilize a run-time player component to generate such a preview of output on the stage.

Abstract: Methods, systems, and apparatus, including computer programs encoded on a computer storage medium, for specifying a data network security policy. In one aspect, a system includes a device-agnostic firewall policy that defines one or more rules for regulating data traffic on a data network. The device-agnostic firewall policy includes a policy definition and a security component. The policy definition delineates regulation of the data network traffic to be implemented by a firewall and a policy token definition that delineates a token used in the policy definition. The security component is implemented in hardware, in software executed on a data processing device, or in a combination thereof and is configured to permit a first group of one or more individuals to change both the policy definition and the policy token definition and a second group of one or more individuals to change the policy token definition while restricting the second group from changing the policy definition.

Abstract: A technique for determining a tuning frequency of an audio receiver includes interrupting a received radio frequency (RF) signal at an input of the audio receiver. Next, a modulated audio signal is injected into the input of the audio receiver. Then, it is determined whether the demodulated audio signal is present at an output of the audio receiver. If not, the frequency of the modulated audio signal is changed until the demodulated audio signal is detected at the output of the audio receiver.

Abstract: A technique for determining a tuning frequency of an audio receiver includes interrupting a received radio frequency (RF) signal at an input of the audio receiver. Next, a modulated audio signal is injected into the input of the audio receiver. Then, it is determined whether the demodulated audio signal is present at an output of the audio receiver. If not, the frequency of the modulated audio signal is changed until the demodulated audio signal is detected at the output of the audio receiver.

Abstract: An audio and/or video system is disclosed. The audio and/or video system includes an entertainment module adapted for connection to a docking station. The entertainment module includes output means for provding programming that is audible and visible. The entertainment module includes an antenna connected to a wireless module that wirelessly accesses wireless audio and/or video programming, a storage means for storing the wireless audio and/or video programming, and an input means for receiving a compact disc or digital video disc that stores media audio and/or video programming. The docking station may optionally include the antenna, wireless module and storage means.

Abstract: A technique for determining a tuning frequency of an audio receiver includes interrupting a received radio frequency (RF) signal at an input of the audio receiver. Next, a modulated audio signal is injected into the input of the audio receiver. Then, it is determined whether the demodulated audio signal is present at an output of the audio receiver. If not, the frequency of the modulated audio signal is changed until the demodulated audio signal is detected at the output of the audio receiver.

Abstract: An improved application processing system (18A, 18B, 18C, 18D, 18E) which utilizes both on-board components and off-board components connected via wireless data transfer devices (62, 64). On-board the vehicle is a user interface, or a microphone (22), which receives data in the form of human speech from the user (20), and components for digitization (56) and feature extraction (58) of the data with the data then being sent to an off-board processing system (66), which may include a speech recognition system (72) and a voice-enabled program application (74). After the data has been processed by the off-board system (66), the data is retransmitted to the on-board system, where the processed data (76) is converted from text to speech (78), reconstructed as speech (79), or displayed. The display or speech is then distributed to the drive or occupants by a radio (80), handheld device, or a display unit (84).

Abstract: A speech navigation system provides for speech navigation of a voice mail system. Upon establishment of a communication link between the speech navigation system and the voice mail system, the speech navigation system may receive a voice command. Upon receiving a voice command, the speech navigation system associates the voice command to at least one keypad character. The speech navigation system then provides a telephone dialing tone, which corresponds to the at least one associated keypad character, to the voice mail system.