Abstract: An electronic device may include a lens that conveys and focuses input electromagnetic waves. Moreover, the electronic device may include an optical component, optically coupled to the lens, that divides the input electromagnetic waves into a first subset of the input electromagnetic waves and a second subset of the input electromagnetic waves. Furthermore, the electronic device may include a first image sensor, optically coupled to the optical component, that receives the first subset of the input electromagnetic waves. Additionally, the electronic device may include a second image sensor, optically coupled to the optical component, that receives the second subset of the input electromagnetic waves, where the first image sensor has a lower resolution than the second image sensor, the first image sensor has a higher sampling rate than the second image sensor, and the first image sensor detects motion of one or more first objects.

Abstract: A computer system (which may include one or more computers) that facilitates detection of miss-use of content is described. During operation, the computer system may train a neural network using a training dataset having content that includes intentionally added predefined bias. The intentionally added predefined bias may be distributed throughout at least a portion of the content. Moreover, the intentionally added predefined bias may uniquely identify a source of the content. Furthermore, the intentionally added predefined bias may be integrated with the content so that the intentionally added predefined bias cannot be separated from at least the portion of the content. Additionally, the intentionally added predefined bias may be below a human perception threshold.

Abstract: During operation, a computer system may receive a sequence of sensory inputs (e.g., at different timestamps) associated with an object in an environment. Then, the computer system may train a predictive model that predicts a future location of at least a representation corresponding to the object in the environment based at least in part on the sequence of sensory inputs. Moreover, the computer system may provide a world view of the object in the environment based at least in part on the pretrained predictive model. Note that providing of the world view may include: comparing the predicted future location of at least the representation with the future location of the object in the environment; and when a difference between the predicted future location of at least the representation and the future location of the object in the environment exceeds a predefined value, selectively performing a remedial action.

Abstract: A computer system (which may include one or more computers) that trains a neural network is described. During operation, the computer system may obtain content. Then, the computer system may train the neural network using a training dataset having content, where at least a subset of the content includes intentionally added predefined bias, and where the intentionally added predefined bias modulates an output of the neural network. Note that the modulated output may correspond to activation or suppression of one or more synapses in the neural network. For example, the activation or suppression may adjust weights associated with the one or more synapses for a predefined time interval. Moreover, the intentionally added predefined bias may include additional content that leverages associated learning with one or more features in at least the subset of the content and that are different from the additional content.

Abstract: A method of creating a modifiable digital representation. The method includes the steps of identifying at least one three-dimensional mesh and creating a metadata file comprising at least one separate object file. The at least one separate object file based in part on the at least one three-dimensional mesh. The method includes the steps of generating a pre-rendering version of the at least one three-dimensional mesh and preparing the pre-rendering version of the at least one three-dimensional mesh for rendering. A render of the pre-rendering version of the three-dimensional mesh is performed.

Abstract: An embodiment of a method for implementing an information processing system with numerous and varied information sources in a way that dramatically reduces the challenge of implementing such a system. A preferred embodiment contains connectors to external elements (114). Message canonicalizers (115) and message de-canonicalizers (116) allow any number of external elements to connect as both information sources and sinks. Information moves through a track (117), which is governed by the track information structure. Any number of processing elements (119) can be added to the track and are mapped to the track information structure. A track information store (120) is associated with the track and parallels the track information structure.

Abstract: Synthetic thermoelectric materials comprising phononic crystals can simultaneously have a large Seebeck coefficient, high electrical conductivity, and low thermal conductivity. Such synthetic thermoelectric materials can enable improved thermoelectric devices, such as thermoelectric generators and coolers, with improved performance. Such synthetic thermoelectric materials and devices can be fabricated using techniques that are compatible with standard microelectronics.

Abstract: The invention provides a multi-disc brake for a vehicle. A knuckle supports a wheel of a vehicle. A hub is mounted for rotation on the knuckle about a rotation axis. A pair of discs are mounted for rotation with the hub and for sliding movement on the hub along the rotation axis. Each of the discs includes respective inboard and outboard engaging surfaces. Brake pad assemblies are disposed about the discs to engage the engaging surfaces. The brake pad assemblies slide along the rotation axis relative to the hub. A brake fist having a bridge portion extends outboard from the knuckle around the discs and the brake pad assemblies to an outboard wall supporting the outboard brake pad assembly against outboard movement along the rotation axis. An actuator urges the discs and the brake pad assemblies together against the outboard wall to slow rotation of the hub.

Abstract: In July of 2004 KTH Racing will attend at the Formula Student event in England. The Formula Student event is a competition between schools that has built their own formula style race cars according to the Formula SAE rules. In January of 2004 the Formula Student project started at KTH involving over seventy students. The aim of this thesis work is to design the suspension and steering geometry for the race car being built. The design shall meet the demands caused by the different events in the competition. The design presented here will then be implemented into the chassis being built by students participating in the project. Results from this thesis work shows that the most suitible design of the suspension is a classical unequal length double A-arm design. This suspension type is easy to design and meets all demands. This thesis work is written in such a way that it can be used as a guidebook when designing the suspension and steering geometries of future Formula Student projects at KTH.

Abstract: A MR fluid formulation based upon a silicone liquid vehicle thickened with a treated fumed metal oxide and doped with one or more chemicals having hydrogen-bonding capability for use with natural rubber mounts. The MR fluid is resistant to settling of the magnetizable particles upon contact of the fluid with natural rubber. In one exemplary embodiment, the doping chemical is one or a combination of propylene glycol and a bifunctional ethoxylated amine.

Abstract: A suspension system including a pneumatic leveling system adapted to selectively receive and expel a fluid and a spare tire in communication with the leveling system, wherein the spare tire is adapted to provide the fluid to the leveling system.

Abstract: A hydraulic mount is provided having a body with first and second fluid chambers and a decoupler subassembly interposed between to partially define the first and second fluid chambers. The decoupler subassembly comprises first and second flexible decoupler members operatively sealed together to form a third fluid chamber. The first and second chambers may be substantially filled with a magneto-rheological fluid. The third chamber may be filled with a standard hydraulic fluid, like glycol.