Elon Musk claims he has a solution for worldwide Internet service domination - Google Fiber thought the same - Everywhere Wireless is already here, available, delivering up to 10,000 Mbps!

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Lectrifi says that its forthcoming wireless phone charger will be the fastest on the market bar none.

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The award, based on reviews by couples on WeddingWire, recognizes top wedding professionals in the United States who demonstrate excellence in quality, service, responsiveness, and professionalism

Tripwire Interactive is looking for a lead gameplay engineer to help shape its engineering team. ...

Tripwire Interactive is looking for talented, dedicated, and passionate individuals to join the Tripwire Interactive family! Tripwire Interactive is an independent video game development and publishing company, famous for shooter titles like Red Orchestra and the wildly popular Killing Floor series. With its next project poised to blow previous projects out of the water, Tripwire has solidified its spot as one of the brightest rising stars in the games industry.  At Tripwire Interactive, we pride ourselves in our ability to move to the beat of our own drum. Our existence as an independent studio and publisher means we are able to develop games on a schedule that reassesses what has become the status quo in the industry as a whole. We’re located in Roswell, GA just north of Atlanta; where cost of living is relatively low and opportunities are high. So if you’re looking to work in an environment that changes the game in more ways than one, look no further than Tripwire Interactive. *Note: During this unprecedented time, we are looking for individuals who are able and willing to work from home until all restrictions have been lifted in relation to COVID-19. At such time, the position will be located on site. Responsibilities: Utilizing your technical skills, you will collaborate with designers, artists, audio designers, and various other specialists to design and develop best-in-class game experiences Exemplify and promote standards for code, design, development, debugging, optimization, reviewing goals, testing and documentation Interface between multiple departments with varies approaches to game development. You are responsible for translating creative intent into code tasks Help to lead development teams to meet high-level project goals. Understand the intent of the creative direction and translate it into actionable descriptions of work Participate in hiring process to grow our engineering team with an ever-rising quality bar Identify technical and developmental risks/obstacles and generate solutions to overcome identified risks Design and Implement engineering solutions in many areas of game development such as procedural generation, game mechanics, AI, animation, physics, rendering, localization and UI Keep up to date on state-of-the-art software engineering methods, practices, and technologies Write well-architected code with an eye towards performance and re-usability for multiple experiences. Evaluate other engineers code to make sure it meets the department’s expectations Empower and guide the career(s) of your direct reports to promote their growth as engineers. You are responsible for providing feedback for your team to assist in their growth Establish workflow pipelines and cost/time analysis required for taking a game from early prototype stages all the way through to pre-production, production and release  Qualifications:  BS (or higher) in Computer Science or similar discipline Minimum 6 years game industry experience with 3+ shipped titles Excellent C++ programming and systems design skills Experience with implementing network gameplay, AI, or physics Ability to judge feature quality in relation to other current competing games Adept at working with designers and artists to implement gameplay features Experience in reviewing code and work to provide critical feedback used in career management Benefits:  Profit Share Medical, Dental, & Vision 100% of premiums for the family covered by Tripwire Up to 30 days of PTO 16 paid Holidays Short Term Disability & Long Term Disability 401k Match Flexible Spending Account Flexible Hours Employee & Family Team Building Events Volunteer Days   Preference to applicants with:  Significant Unreal Engine experience Passion for first person shooters Proven ability of tackling challenging projects Experience in full software development lifecycle of shipping a game Excellent written and verbal communication skills Ability to work well under pressure, flexible, positive and focused    

Tripwire Interactive is looking for talented, dedicated, and passionate individuals to join the Tripwire Interactive family! Tripwire Interactive is an independent video game development and publishing company, famous for shooter titles like Red Orchestra and the wildly popular Killing Floor series. With its next project poised to blow previous projects out of the water, Tripwire has solidified its spot as one of the brightest rising stars in the games industry.  At Tripwire Interactive, we pride ourselves in our ability to move to the beat of our own drum. Our existence as an independent studio and publisher means we are able to develop games on a schedule that reassesses what has become the status quo in the industry as a whole. We’re located in Roswell, GA just north of Atlanta; where cost of living is relatively low and opportunities are high. So if you’re looking to work in an environment that changes the game in more ways than one, look no further than Tripwire Interactive. *Note: During this unprecedented time, we are looking for individuals who are able and willing to work from home until all restrictions have been lifted in relation to COVID-19. At such time, the position will be located on site. Responsibilities: Manage publishing production staff supporting external developers as well as serving as primary point of contact between internal stakeholders and external teams. Developing schedules with internal and external teams, evaluating schedules with executive management and then managing projects to schedule, highlighting task priorities, departmental inter dependencies, resource issues and risks. Assist publishing leadership in creating and maintaining product roadmap and in performing product evaluations. Assist in producing and maintaining related budget and cost forecast for publishing projects. Responsible for production-led planning for all project deliverables including milestone review, external build creation and marketing/PR needs. Identify and offer solutions to production issues to solve the resulting schedule, cost, and scope conflicts. Maintain communications with all team members, team leads, and executive management; both internally and externally. Understand and contribute to company goals and core values while bringing a positive and collaborative approach to all project related activities. Suggest and lead process improvement initiatives. All other duties as assigned.  Qualifications: Project management experience, including Scrum, Kanban, and traditional waterfall methodologies and tools, as well as the ability to prioritize and solve problems. Strong communication and inter-personal skills, leading to a demonstrated ability to work within a team structure. Attention to detail and the ability (and desire) to handle potentially stressful development environments. Minimum 5 years production experience including 2+ years as Senior or Lead Producer. Expert level knowledge and ability to mentor staff on project management principles, practices, tools and techniques. Understanding of game development process including demonstrated experience with first party submission requirements and ability to clinically evaluate milestone submissions. Strong resource planning experience; skill in organizing resources and establishing priorities. Minimum 2 shipped product with production credit. Demonstrated ability to maintain focus across multiple concurrent projects.  Benefits Profit Share Medical, Dental, & Vision 100% of premiums for the family covered by Tripwire Up to 30 days of PTO 16 paid Holidays Short Term Disability & Long Term Disability 401k Match Flexible Spending Account Flexible Hours Employee & Family Team Building Events Volunteer Days  Preference to applicants with: Significant Unreal Engine experience Passion for first person shooters Proven ability of tackling challenging projects Experience in full software development lifecycle of shipping a game Excellent written and verbal communication skills Ability to work well under pressure, flexible, positive and focused    

Tripwire Interactive is looking for a lead gameplay engineer to help shape its engineering team. ...

Both phones will come in 8GB + 128GB and 12GB + 256GB storage variants.

A former Dublin, Ohio, couple has been charged with crimes related to stealing exosome-related trade secrets concerning the research, identification and treatment of a range of pediatric medical conditions announced Assistant Attorney General John C. Demers of National Security, U.S. Attorney Benjamin C. Glassman for the Southern District of Ohio, Assistant Director John Brown of the Counterintelligence division and FBI Special Agent in Charge Todd Wickerham of the Cincinnati division.

Rosemary Wolf pleaded guilty on June 12, 2019, to conspiracy to commit wire fraud and was sentenced to 51 months in federal prison by U.S. District Judge Amos L. Mazzant on Jan. 2, 2020.

Boingo Wireless is an American company that provides global Wi-Fi services.

When you connect an iPhone to a wi-fi network, the iPhone remembers that network and will automatically attempt to connect to it in the future. This is a great feature for wi-fi networks you trust and use frequently. But mistakes happen. If you connect to the wrong network at a coffee shop, your iPhone will automatically attempt to join that network every time you visit the coffee shop in the future. And if the password for a known network changes, your iPhone might have trouble connecting to it.

What's the solution? Telling your iPhone to forget the wi-fi network. Forgetting a network will remove the network's password and prevent your iPhone from joining it automatically in the future.

Here's how to tell your iPhone to forget a wireless network:

1. From the home screen, tap Settings.
   
   
2. Tap Wi-Fi. The window shown below appears.
   
   
3. Locate the wireless network you want the iPhone to forget, and then tap the blue arrow next to the network name. The window shown below appears.
   
   
4. Tap Forget this Network. The iPhone will forget the wireless network.

You have successfully told your iPhone to forget the wi-fi network. The iPhone will not attempt to connect to the network in the future. And if the network required a password, that password has been forgotten.

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Meet Your Macinstructor

Matt Cone, the author of Master Your Mac, has been a Mac user for over 20 years. A former ghost writer for some of Apple's most notable instructors, Cone founded Macinstruct in 1999, a site with OS X tutorials that boasts hundreds of thousands of unique visitors per month. You can email him at: matt@macinstruct.com.

For the most part, we tend to underestimate things that are familiar to us. It is also very likely that we will underestimate those things that though new, seem very simple to process. And that is correct to some degree. But, when we are faced with complex cases and all measures are taken, a good and solid understanding of the basics could help us to find the right solutions. In this article, we will take a deeper look at one of the most simple, thus, quite often underrated activities in web development that is the design of wireframes.

Wireless sensor networks have attracted much attention because of many applications in the fields of industry, military, medicine, agriculture, and education. In addition, the vast majority of researches has been done to expand its applications and improve its efficiency. However, there are still many challenges for increasing the efficiency in different parts of this network. One of the most important parts is to improve the network lifetime in the wireless sensor network. Since the sensor nodes are generally powered by batteries, the most important issue to consider in these types of networks is to reduce the power consumption of the nodes in such a way as to increase the network lifetime to an acceptable level. The contribution of this paper is using topology control, the threshold for the remaining energy in nodes, and two of the meta-algorithms include SA (Simulated annealing) and VNS (Variable Neighbourhood Search) to increase the energy remaining in the sensors. Moreover, using a low-cost spanning tree, an appropriate connectivity control among nodes is created in the network in order to increase the network lifetime. The results of simulations show that the proposed method improves the sensor lifetime and reduces the energy consumed.

The increasing ubiquity of low-cost wireless sensors in smart homes and buildings has enabled users to easily deploy systems to remotely monitor and control their environments. However, this raises privacy concerns for third-party occupants, such as a hotel room guest who may be unaware of deployed clandestine sensors. Previous methods focused on specific modalities such as detecting cameras but do not provide a generalizable and comprehensive method to capture arbitrary sensors which may be "spying" on a user. In this work, we seek to determine whether one can walk in a room and detect any wireless sensor monitoring an individual. As such, we propose SnoopDog, a framework to not only detect wireless sensors that are actively monitoring a user, but also classify and localize each device. SnoopDog works by establishing causality between patterns in observable wireless traffic and a trusted sensor in the same space, e.g., an inertial measurement unit (IMU) that captures a user's movement. Once causality is established, SnoopDog performs packet inspection to inform the user about the monitoring device. Finally, SnoopDog localizes the clandestine device in a 2D plane using a novel trial-based localization technique. We evaluated SnoopDog across several devices and various modalities and were able to detect causality 96.6% percent of the time, classify suspicious devices with 100% accuracy, and localize devices to a sufficiently reduced sub-space.

Device for forming, on a nanowire made of a semiconductor, an alloy of this semiconductor with a metal or metalloid by bringing this nanowire into contact with electrically conductive metal or metalloid probes and Joule heating the nanowire at the points of contact with the probes so as to form an alloy such as a silicide. Application to the production of controlled-channel-length metal-silicide transistors.

A wireless communication system including a sender apparatus having a plurality of transmitting antennas that performs MIMO transmission of a plurality of data blocks; and a receiver apparatus that receives the plurality of data blocks. The sender apparatus transmits a process number via a control channel different from a data channel to the receiver apparatus, and wherein when the MIMO diversity transmission is performed, the receiver apparatus performs HARQ processing in the received data blocks based on not a process number which prevents the data blocks from competing but the received process number from the sender apparatus.

A method of generating a code sequence in a wireless communication system is disclosed. More specifically, the method includes recognizing a desired length of the code sequence, generating a code sequence having a length different from the desired length, and modifying the length of the generated code sequence to equal the desired length. Here, the step of modifying includes discarding at least one element of the generated code sequence or inserting at least one null element to the generated code sequence.

A method of interacting with data at a wireless communication device is provided. The wireless communication device has access to a first set of capabilities. Data is received at the wireless communication device via a wireless transmission. The data represents visual content that is viewable via a display device. A graphical user interface, including a delayed action selector, is provided via the display device. An input is received within a limited period of time after displaying the delayed action selector. The input is associated with a command to delay execution of an action with respect to the data until the wireless communication device has access to a second set of capabilities. The action is not supported by the first set of capabilities but is supported by the second set of capabilities. An indication of receipt of the input is provided at the wireless communication device.

The invention relates to compressed data transmission in wireless data communication. Disclosed are methods and apparatuses for transporting residue of vehicle position data via a wireless network. A disclosed method for transporting residue of vehicle position data via a wireless network, includes the steps of: receiving data for updating residue encoding schema from a monitoring server; constructing a residue encoding schema based on the data, thereby producing a constructed residue encoding schema; and storing the constructed residue encoding schema such that the constructed residue encoding schema will become the current residue encoding schema; where: the constructed residue encoding schema is constructed such that each residue of the constructed residue encoding schema corresponds to a code; and the constructed residue encoding schema is constructed such that a residue having a relatively high probability of occurrence corresponds to a code of relatively short length.

Vehicle event recorder systems are arranged to be in constant communication with remote servers and administrators via mobile wireless cellular networks. Vehicle event recorders equipped with video cameras capture video and other data records of important events relating to vehicle use. These data are then transmitted over special communications networks having very high coverage space but limited bandwidth. A vehicle may be operated over very large region while maintaining continuous communications connections with a remote fixed server. As such, systems of these inventions may be characterized as including a mobile unit having: a video camera; a microprocessor; memory; an event trigger; and mobile wireless transceivers, and a fixed network portion including: mobile wireless cellular network, a protocol translation gateway, the Internet and an application-specific server.

An apparatus and method for moving a wire along its own axis against a high resistance to its motion causing a substantial uniaxial compression stress in the wire without allowing it to buckle. The apparatus consists of a wire gripping and moving drive wheel and guide rollers for transporting the moving wire away from the drive wheel. Wire is pressed into a peripheral groove in a relatively large diameter, rotating drive wheel by a set of small diameter rollers arranged along part of the periphery causing the wire to be gripped by the groove.

A tape-shaped superconducting film-forming substrate is disclosed, which includes a film-forming face for forming a laminate including a superconducting layer thereon, a rear face that is a face at a side opposite to the film-forming face, a pair of end faces connected to the film-forming face and the rear face, and a pair of side faces connected to the film-forming face, the rear face, and the pair of end faces, in which each of the pair of side faces includes a spreading face that spreads toward an outer side in an in-plane direction of the film-forming face from an edge part of the film-forming face toward the rear face side. A superconducting wire and a superconducting wire manufacturing method are also disclosed.

A device for the high pressure densification of superconducting wire from compacted superconductor material or superconductor precursor powder particles, has four hard metal anvils (5, 6, 7, 8) with a total length (L2) parallel to the superconducting wire, the hard metal anvils borne in external independent pressure blocks (9, 10, 11), which are in turn either fixed or connected to high pressure devices, preferably hydraulic presses. At least one of the hard metal anvils is a free moving anvil (6) having clearances of at least 0.01 mm up to 0.2 mm towards the neighboring hard metal anvils (5, 8), so that no wall friction occurs between the free moving anvil and the neighboring anvils. This allows for high critical current densities Jc at reduced pressure applied to the hard metal anvils.

A superconducting wire includes a linear superconductor and a carbon nanotube structure. The carbon nanotube structure is located on the linear superconductor. The carbon nanotube structure includes a number of carbon nanotubes joined end to end by van der Waals attractive force between and arranged helically along an axial direction of the linear superconductor.

A superconducting wire includes a superconductor layer and a carbon nanotube layer. The superconductor layer and the carbon nanotube layer are stacked on each other and rolled to form the superconducting wire. Thus, the superconductor layer and the carbon nanotube layer are simultaneously rolled and alternately stacked on each other.

A composite barrier-type Nb3Al superconducting multifilament wire material comprises Nb barrier filaments, Ta barrier filaments, Nb bulk dummy filaments, and a Nb or Ta covering. In the composite barrier-type Nb3Al superconducting multifilament wire material, the Nb barrier filaments and Ta barrier filaments are disposed in the wire material so that the Nb barrier filaments are concentrated in a filament region near a core formed from the Nb bulk dummy filaments and only the Ta barrier filaments are disposed or the Nb barrier filaments are dispersed in the Ta barrier filaments in an outer layer portion formed from a region outside the Nb barrier filaments, excluding the Nb or Ta covering.

An apparatus and method control a connection between peripheral devices in a control server of a wireless communication system providing an IP-based communication service. The method for controlling the connection between peripheral devices includes registering at least one device in a group list classified by user identification information. The method also includes, if a control node including a user identifier of the group list requests a control of any one device included in the group list, checking an IP address of the device that is requested to be controlled by the control node. The method further includes sending a control command of the control node using the IP address.

The disclosure is directed to a system and method for establishing a secured wireless connection allowing the exchange of information between a wireless device and aircraft equipment. The secured wireless access system may require a user controlling the wireless device to interact with an onboard interface to initiate a connection. The user may be further required to enter a randomly generated security passcode to pair the mobile device to the aircraft equipment. Further security measures may be implemented, such as tiered user access levels restricting certain equipment and/or information based upon a user identity of the user requesting access.

A method of manufacturing a silver miniwire film is provided, wherein the film exhibits a reduced sheet resistance.

A medical device, comprising first and second components coupled via a first wireless link; and a third component coupled to the first device via a second wireless link. The device implements a communication scheme in which transmissions via the second wireless link occur during a time period that is interleaved between periods including transmissions via the first link.

A wireless access system and, more particularly, a method and apparatus for more efficiently performing zone switch are disclosed. The method of performing zone switch by an advanced mobile station (AMS) in a mixed-mode advanced base station (ABS) which operates in a mixed mode of a broadband wireless access system includes receiving a ranging response (RNG-RSP) message including system information of an AMS support zone from a legacy zone (LZone) of the ABS, and performing ranging to the AMS support zone using the system information.

A method for operating a base station in a wireless communication system in order to support a plurality of characteristics is provided. The method includes allocating resource periods for respective characteristics, transmitting system information including information on the characteristics, transmitting a reference signal with the characteristic corresponding to the relevant resource period through at least one of the resource periods, and receiving feedback information determining channel qualities for all of the characteristics.

In general, to provide acknowledgment information by a first wireless device, the first wireless device sends repeated instances of acknowledgment information in respective first and second frame structures, in response to receipt of first information from a second wireless device. In addition, the first wireless device also sends further acknowledgment information in the second frame structure that is responsive to second information received from the second wireless device.

The present invention relates to compositions and methods for improving outcomes in vascular interventional procedures. In particular, the present invention relates to compositions and methods for improving outcomes in vascular interventional procedures using an anti-no-reflow guide wire that attenuates the “no-reflow” phenomenon that is associated with negative outcomes.

Provided is an objective lens driving unit that prevents an electrical short circuit between very closely spaced second terminals in the objective lens driving unit. The objective lens driving unit is capable of being used in a slim-type optical disc drive.

A mobile wireless communications device may include a portable housing, a circuit board carried by the portable housing, a wireless communications circuit carried by the circuit board, and an audio circuit carried by the circuit board. The mobile wireless communications device may further include an antenna assembly including an antenna carrier frame coupled to the circuit board and defining a cavity therein, and an antenna element carried on the antenna carrier frame and having a plurality of spaced apart signal feed points coupled to the wireless communications circuit. In addition, an audio transducer may be carried within the cavity of the antenna carrier frame and coupled to the audio circuit.

[Problem] To provide a wireless station, a determination apparatus, a wireless communication system, a determination method, and a storage medium which can carry out appropriate interference causing control in a secondary system adaptively to an actual environment with no change in a configuration of a primary system. [Means to solve the problem] A wireless station includes a determination means to determine at least one monitoring station measuring a wireless signal, which is transmitted by the wireless station and which causes interference to another system, out of plural wireless stations of a wireless communication system to which the wireless station belongs.

A wireless communication device is configured for performing uplink transmission power control. The wireless communication device includes a processor and instructions stored in memory. The wireless communication device performs uplink transmission power control for multiple regulated frequency bands or component carriers. The wireless communication device determines a total transmission power for at least one component carrier and allocates transmission power to at least one antenna.

Methods and apparatuses for acquiring/providing available channel information using Generic Advertisement Service (GAS) protocol in a wireless local area network (WLAN) are disclosed. AP (Access Point) station has a capability to acquire information for available channels from a database using a specific protocol related to an operation within the White Space (e.g. Access Network Query Protocol (ANQP)). And, non-AP station can retrieve the information for available channels by transmitting a Generic Advertisement Service (GAS) initial request frame to the AP station, wherein the GAS initial request frame comprises an Advertisement Protocol Element whose element ID indicates the specific protocol, and receiving a GAS initial response frame comprising a White Space Map (WSM) the specific protocol. The WSM comprises one or more white space channel units, and each of the white space channel units comprises a channel number field indicating one of the available channels and a power constraint field indicating a maximum allowable power on the indicated channel.

A method and system are provided for controlling uplink transmission power in a wireless communication system. At least one of a plurality of downlink carriers and a plurality of uplink carriers are aggregated, and the plurality of downlink carriers and the plurality of uplink carriers are mapped between a User Equipment (UE) and a network in the wireless communication system. A message relating to uplink carrier transmission power is received at the UE from the network via a downlink carrier. Uplink transmission power of one or more uplink carriers is controlled in accordance with the message and aggregation and mapping of at least one of the downlink carrier and the one or more uplink carriers.