Abstract: A system configured to determine interactive elements for non-traditional computing devices is disclosed. The system receives a portion of a webpage with a first interactive element and an element identifier. The system determines that a threshold number of interactive actions are associated with a second interactive element in a data store. The threshold number of interactive actions indicates that the second interactive element is selectable to perform an action in response to an interaction by a user. The system determines that the first interactive element is similar to the second interactive element by a similarity measure. The system provides to a computer, a selectable option associated with the element identifier of the first interactive element. The selectable option is for selection by an indirect input to the computer and for causing the action associated with the first interactive element upon the selection of the selectable option.

Abstract: A data center may predict infrastructure failures in order to perform mitigation actions at services hosted at the data center. Operational metrics for different infrastructure systems of a data center may be collected and analyzed to generate failure models. The failure models may be evaluated to predict infrastructure failure events. The predicted infrastructure failure events may be programmatically provided to the services. The services may evaluate the prediction and select mitigation actions to perform. For data centers implemented as part of a provider network with services hosted across multiple data centers, mitigation actions may be performed at multiple data centers for a service in response to a predicted failure event at one data center.

Abstract: A system and associated methods for processing unhardened concrete are disclosed. It at least one embodiment, the system for processing unhardened concrete includes a means to estimate a quantity of returned concrete; a foam adder to add foam to the quantity of returned concrete; a mixer to mix the added foam and returned concrete together to create treated concrete; a discharger to discharge the treated concrete; a discharge area configured in which to allow the treated concrete to set and harden; a converter to convert the hardened treated concrete into a particulate or aggregate form; and a user to determine the specific utilization of the particulate or aggregate form loose material.

Abstract: Methods and an associated system for processing unhardened concrete are disclosed. With these methods, the porosity of the unhardened concrete is significantly increased to decrease the strength so much that it can be easily broken up for sale or reuse. In at least one embodiment, the method includes adding a large volume of foam to the returned unhardened concrete and then mixing the foam with the returned concrete in the ready-mix concrete truck or other concrete mixing devices at any location including the jobsite, enroute to the concrete plant, or at the concrete plant. Through the mixing of foam with the returned concrete, the hydrated cement and aggregate particles are separated by large volumes of air voids, which significantly increase the porosity and dramatically reduce the strength of the returned concrete. The treated concrete is discharged and allowed to solidify in this weakened state, after which it is easily broken into loose particulate material that can be sold or reused.

Abstract: Methods and an associated system for processing unhardened concrete are disclosed. With these methods, the porosity of the unhardened concrete is significantly increased to decrease the strength so much that it can be easily broken up for sale or reuse. In at least one embodiment, the method includes adding a large volume of foam to the returned unhardened concrete and then mixing the foam with the returned concrete in the ready-mix concrete truck or other concrete mixing devices at any location including the jobsite, enroute to the concrete plant, or at the concrete plant. Through the mixing of foam with the returned concrete, the hydrated cement and aggregate particles are separated by large volumes of air voids, which significantly increase the porosity and dramatically reduce the strength of the returned concrete. The treated concrete is discharged and allowed to solidify in this weakened state, after which it is easily broken into loose particulate material that can be sold or reused.

Abstract: Methods and an associated system for processing unhardened concrete are disclosed. With these methods, the porosity of the unhardened concrete is significantly increased to decrease the strength so much that it can be easily broken up for sale or reuse. In at least one embodiment, the method includes adding a large volume of foam to the returned unhardened concrete and then mixing the foam with the returned concrete in the ready-mix concrete truck or other concrete mixing devices at any location including the jobsite, enroute to the concrete plant, or at the concrete plant. Through the mixing of foam with the returned concrete, the hydrated cement and aggregate particles are separated by large volumes of air voids, which significantly increase the porosity and dramatically reduce the strength of the returned concrete. The treated concrete is discharged and allowed to solidify in this weakened state, after which it is easily broken into loose particulate material that can be sold or reused.

Abstract: A network content message placement management process is directed to the processing and management of messages in content displayed at a client computing device. A client computing device provides message placement configuration information to a network computing and storage provider. The network computing and storage transmits message placement requests to a content provider based on the message placement configuration information. The client computing device may subsequently directly or indirectly request content from the content provider. The content provided from the content provider may include one or more of the alternative messages provided in the message placement configuration information. Illustratively, the alternative messages may be included in place of other messages, such as advertisements, from third party message providers.

Abstract: A network content message placement management process is directed to the processing and management of messages in content displayed at a client computing device. A client computing device provides message placement configuration information to a network computing and storage provider. The network computing and storage transmits message placement requests to a content provider based on the message placement configuration information. The client computing device may subsequently directly or indirectly request content from the content provider. The content provided from the content provider may include one or more of the alternative messages provided in the message placement configuration information. Illustratively, the alternative messages may be included in place of other messages, such as advertisements, from third party message providers.

Abstract: An advertisement service allows advertisers to obtain a right to provide an advertisement to a mobile device that is located within or nearby a particular geographic region. For instance, the advertisement service may map one or more entities (e.g., retailers, schools, museums, etc.) to a geographic region at which these entities are located. The advertisement service provides an offer to one or more advertisers to provide an advertisement to a mobile device located within or nearby one of these geographic regions. Based on responses received to the offer, the advertisement service provides information to the mobile device for display of an advertisement.

Abstract: A computer-implemented data processing system includes tag logic for permitting a user to create an active tag. The active tag is associated with an object and includes configuration information that defines an action to be performed upon selection of the active tag. The configuration information is accessible by another user. The system also includes a user interface in communication with the tag logic for displaying the active tag.

Abstract: A computer-implemented data processing system includes tag logic for permitting a user to create an active tag. The active tag is associated with an object and includes configuration information that defines an action to be performed upon selection of the active tag. The configuration information is accessible by another user. The system also includes a user interface in communication with the tag logic for displaying the active tag.

Abstract: A system for automatically optically switching fiber optic data signals between a plurality of input optical fibers (10, 11, 12, 13) and selective ones of a plurality of output fibers (56, 56a, 56b, 56c). The system includes optical detectors (14, 16, 18, 20) which are connected to each of the input fibers (10, 11, 12, 13) for converting the optic data signals appearing at the respective input fibers to an RF signal. A plurality of RF to optical signal converters (38, 40, 42, 44a, etc.) are arranged in rows and columns. The output of each of the optical detectors (14, 16, 18 and 20) are each applied to a respective row of optical signal converters (38, 40, 42, 44, etc.) for being converted back to an optical signal when the particular optical signal converter is selectively activated by a DC voltage. These optical signals are then applied via optical fibers (62) to optical detectors (58) which convert the optical signal back to an RF signal which is used for driving the ILDs ( 60).

Abstract: A multiplex optical transmission system for simultaneously transmitting and receiving a plurality of signals while minimizing external interference. The system includes a plurality of subgroup mixers wherein video signals, digital data signals, and audio signals are supplied to the respective subgroup mixers for being blocked into respective frequency ranges. The output of the subgroup mixers are, in turn, fed to a master mixer that produces a composite electrical signal therefrom. An optical transmitter is connected to the master mixer for converting the composite signal into an optical signal and transmitting the optical signal over a fiber optic cable. An optical receiver is connected to the other end of the fiber optic cable for receiving the optical signal and converting such back into a composite electrical signal. A de-multiplexer is coupled to the output of the optical receiver for separating the composite signal back into a composite video, data, and audio signals.