How do I make my TV WIFI signal stronger?
Answers from top 10 papers
01 Jan 2017
|Corresponding, good signal strength will makes WiFi energy consumption decreased.|
Open access•Journal Article•DOI
|Experiment results show that obstacle materials made of concrete reducing WiFi signal the most, followed by metal and wood.|
20 Sep 2010
|We develop a new digital signal processing algorithm called Common Multiple Folding (CMF) that accurately amplifies periodic beacons in WiFi interference signals.|
01 Oct 2014
|However, the multi-path fading of WiFi signals causes time-varying received signal strengths of WiFi signals, which leads to poor accuracy of WiFi localization.|
Open access•Journal Article•DOI
01 Jun 2018-ICT Express
|In this Letter, I propose an algorithm that adapts the K value for each position by analysing the correlation between the K value and the received WiFi signal strength.|
01 Dec 2011
|Our study also points out to a greater need for interference management techniques in TVWS networks than WiFi networks due to increased RF coverage in TV bands.|
19 Jun 2014
|For example, smartphones generally show worse WiFi performance than other WiFi devices (e. g., laptops and tablets) because smartphones suffer from additional signal loss due to hand-grips and the low antenna gains of their embedded antennas.|
03 Oct 2016
|The embedded signal in TV contents should be successfully received in a typical TV-watching environment by (i) delivering information at least at 15 bps with significantly low volume to avoid human perception, (ii) despite the presence of ambient noise, e. g., a tick, a snap, or a knock.|
01 Feb 2000
|The signal strength at a given location is a guide as to how high the TV antenna should be to avoid obstructing objects like tall trees, buildings, as well as hills.|
|It enhances both WiFi signal and low-power IoT devices without changing their configurations or network protocols.|
How can I boost my dish signal strength?10 answers
How can I boost my wifi signal on my computer?7 answers
How can I get a stronger WIFI signal on my computer?10 answers
How can I get a stronger WIFI signal on my ps4?8 answers
How can I get better wifi signal on my ps4?10 answers
How can I make my Iphone Internet stronger?8 answers
See what other people are reading
What is coupling factor in a Couplers?
5 answersThe coupling factor in couplers refers to the measure of the strength of the coupling between two electrical conductors. It determines the amount of power that is transferred from one conductor to another. The coupling factor can be varied within a certain range relative to its nominal value, allowing for adjustment and control of the power transfer. In directional couplers, the coupling factor is calculated based on the characteristics of the device, such as the size and shape of the waveguides used. In microstrip couplers, the coupling factor is generated by the coupling of the main conductive line with the auxiliary conductive lines, which generate coupled signals that are combined into an output signal. The coupling factor is an important parameter in couplers as it affects the performance and efficiency of the power transfer between the conductors.What is dora risk related?
5 answersDORA (Distributed Online Risk-Aware) Explorer is a system that leverages decentralized information sharing to update a common risk belief map for a group of robots exploring an unknown environment. It aims to minimize exposure to risk and reduce robot failures while achieving high coverage of the terrain. DORA-Explorer allows a group of robots to explore an unknown environment discretized as a 2D grid with obstacles, effectively reducing robot failures. DORA (Dynamic Overflow Risk Assessment) is a strategy for integrated real-time control of urban drainage systems. It aims to minimize the expected Combined Sewer Overflow (CSO) risk by considering the water volume stored in the drainage network, expected runoff volume, and the estimated uncertainty of the runoff forecasts. The inclusion of uncertainty allows for a more confident use of Real-Time Control (RTC). DORA contributes to reducing CSO volumes from sensitive points and optimizing the flow discharged to the wastewater treatment plant.What is the aerodrome control unit in ATC?
5 answersThe aerodrome control unit in air traffic control (ATC) is responsible for managing and monitoring the movement of aircraft at an aerodrome. It involves various systems and technologies to ensure safe and efficient operations. One approach is the use of aerodrome radar sets, which include primary and secondary radar channels, as well as a channel for automatic dependent surveillance broadcasting. These channels provide data on the position and trajectory of aircraft, which is processed by a signal processor and displayed on a device for trajectory information. Another approach is the use of a controller and light emitting elements to create a display that can demarcate runways and change their orientation as needed. Additionally, a simulation system using virtual reality technology can be employed to provide a realistic and immersive environment for training air traffic controllers in aerodrome control. Overall, the aerodrome control unit plays a crucial role in ensuring the safety and efficiency of aircraft operations at an aerodrome.How to fix this in comsol Dielectric Losses and Loss Tangent can only be used in frequency-domain studies.?
3 answersDielectric Losses and Loss Tangent can only be used in frequency-domain studies in COMSOL. The measurement of dielectric loss tangent in the frequency range of a few MHz to a few GHz can be achieved using different methods and algorithms. One method involves the use of a super-low-frequency power source to reduce the error in measurement of the electric loss tangent. Another method utilizes the amplitudes of reflection S-parameters and complex transmission S-parameters to determine the complex permittivity of low-loss materials, eliminating the phase uncertainty problem and avoiding multiple solutions. Additionally, an apparatus for measuring dielectric loss tangents can display both dielectric loss tangents measured in the frequency bands of a few MHz and a few GHz, allowing for easy and accurate determination of the quality of dielectric loss tangents. These methods and apparatuses can improve the accuracy and reliability of dielectric loss measurements in COMSOL.What are the different voronoi-based deployment strategies in WSNs?
5 answersVoronoi-based deployment strategies in Wireless Sensor Networks (WSNs) include the use of Voronoi diagrams to optimize coverage and energy consumption. Tang et al. proposed a non-dominated sorting genetic algorithm based on a Voronoi diagram (VNSGA) to improve the quality of service (QoS) in WSNs on 3D terrain. Ghahroudi et al. introduced the Voronoi-based Cooperative Node Deployment (VCOND) algorithm, which considers the density of the neighborhood and sensing coverage efficiency to achieve maximum coverage regardless of initial node locations. Zaimen et al. developed a particle swarm optimization (PSO) algorithm that utilizes Voronoi diagrams to reduce coverage holes and overlapping in the region of interest (RoI). Xiaojiang Tang et al. proposed a Voronoi diagram-based deployment algorithm for 3D WSNs to maximize coverage and ensure data availability and privacy protection. Eledlebi et al. presented the BISON algorithm, which uses Voronoi tessellation to self-deploy nodes in obstacle-rich environments, satisfying coverage and connectivity requirements.What is the function of a variable resistor in a thermistor?
5 answersA variable resistor in a thermistor serves the function of detecting a resistance value change in response to temperature. It is integrated with the temperature measuring resistor, which is a thermistor that has a resistance value varying with temperature. The variable resistor is connected as a pull-up resistor to detect the resistance value change of the temperature measuring resistor as an output. The thermistor and the pull-up resistor are both provided on an electric insulation board, with a specific B constant ratio between their thermistor B constants. This arrangement allows for accurate temperature measurement over a wide range without deteriorating the temperature measuring accuracy in low or high temperature ranges.How to determine the form of interpretation of a new measuring instrument?
5 answersA form measuring instrument determines the form of an object by using various components and mechanisms. The instrument typically includes a body, a movable member with a stylus, a measurement-force-applying unit, a displacement detector, and a vibration generator. It may also have a controller that controls the instrument body and calculates measurement values based on the position of the stylus detected by a probe sensor. Additionally, a form measuring instrument may include a roughness sensor, a relative movement mechanism, a time sampler, and a data processing mechanism to evaluate the surface of an object and convert measurement data to a fixed interval. Another approach involves using an interference device with a phase measuring method to automatically measure the surface state of a rough sample and obtain its form measurement.How has COVID-19 impacted the incidence of tuberculosis?
5 answersThe impact of COVID-19 on the incidence of tuberculosis (TB) has been observed globally. During the COVID-19 era, there was a significant reduction in TB incidence, with a decrease in the number of new TB cases detected in consecutive years. This reduction in TB incidence was attributed to factors such as lockdown measures, which induced a reduction in TB notification rates. However, it is important to note that the relationship between TB and COVID-19 is still not fully understood. While the impact of COVID-19 on TB varies in different regions, some areas experienced a rebound in TB incidence during the COVID-19 pandemic. Overall, the COVID-19 pandemic has had both positive and negative effects on TB incidence, highlighting the need for continued efforts to control and prevent TB in the post-COVID-19 era.When the first colonie is apperiated after incubation?
3 answersThe first colonization is observed after an incubation period of 41 to 61 days.What kind of footwear might be beneficial for trail runners?
5 answersTrail runners may benefit from footwear with a Wrap closure, as it has been shown to improve running biomechanics and fit on a variety of terrains. Additionally, minimalist shoes with added mass or traditional shoes can also improve running economy and biomechanics in experienced runners, especially during level running. Furthermore, specially designed performance shoes, such as the Normal shoe, can reduce knee joint loads and provide good stability, leading to lower overall muscle activity during level walking. Finally, wearing high-pressure compression garments during downhill running has been associated with beneficial effects on soft-tissue vibrations, neuromuscular function, and perceived muscle soreness, potentially enhancing muscle recovery.What is DHCP?
3 answersDHCP is a protocol used to provide IP addresses and network configuration parameters to hosts in a network. It eliminates the need for manual assignment of network parameters by network administrators, making communication setup easier. DHCP allows for automatic configuration of IP addresses by deploying a DHCP proxy node in a data center, reducing management costs and improving connection efficiency. DHCP is a simple protocol that simplifies network designing and management, even with IPv6, and is not affected by its relation to finding adjacent systems. In a DHCP communications configuration system, a client information handling system (IHS) sends DHCP discover messages with capability data to a controller, which processes the data to determine configuration data for the client IHS, enabling the client IHS to configure itself.