scispace - formally typeset
Search or ask a question

How can I improve my Iphone 5g signal? 

5G
Extremely high frequency
Backhaul (telecommunications)
Key (cryptography)
Frequency band

Answers from top 10 papers

More filters
Papers (10)Insight
Proceedings Article•DOI
Electromagnetic Field Exposure Evaluation for 5G in Millimeter Wave Frequency Band
Thomas Basikolo, Takahiro Yoshida, Masanori Sakurai 
07 Jul 2019
8 Citations
As compared to the current 4G standard, 5G will improve on speed and consistency amongst other improvements.
Proceedings Article•DOI
Expansion RSS-based Indoor Localization Using 5G WiFi Signal
Feng Yu, Minghua Jiang, Jing Liang, Xiao Qin, Ming Hu, Tao Peng, Xinrong Hu 
14 Nov 2014
22 Citations
In addition, according to the detailed analysis of the 2.4G and 5G signal, we get that 5G WiFi signal is more stable than 2.4G, and experiment indicates the 5G signal is more accurate than 2.4G for indoor localization.
Open access•Journal Article•DOI
Mobile Communication through 5G Technology (Challenges and Requirements)
Wuhan, Baghdad, Iraq 
26 May 2017-Int'l J. of Communications, Network and System Sciences
7 Citations
With 5G will increase the data rate, reduce the end-to-end latency, and improve coverage.
Other•DOI
Design Principles for 5G Communications and Networks
Haesik Kim
01 Jan 2020
3 Citations
These techniques improve 5G key performance indicators and allow the 5G system to meet a high level of requirements.
Proceedings Article•DOI
Coverage and rate trends in moderate and high bandwidth 5G networks
Mandar N. Kulkarni, Timothy A. Thomas, Frederick W. Vook, Amitava Ghosh, Eugene Visotsky 
01 Dec 2014
7 Citations
We observe that sectorizing the APs can significantly improve the data rates and thus can be used in conjunction with network densification, in order to achieve the 5G data rate requirements.
Open access•Journal Article•DOI
Research on Key Technologies of Smart Campus Teaching Platform Based on 5G Network
Xin Xu, Dan Li, Mengyao Sun, Shichao Yang, Shujiang Yu, Gunasekaran Manogaran, George Mastorakis, Constandinos X. Mavromoustakis 
22 Jan 2019-IEEE Access
100 Citations
In the process of obtaining information, the 5G network technology is used for data transmission, which can shorten the check-in time and can improve the positioning accuracy.
Open access•Journal Article•DOI
Improving meson two-point functions by low-mode averaging
Thomas DeGrand, Stefan Schaefer 
01 Mar 2005
20 Citations
This can improve the signal in these channels significantly.
Proceedings Article•DOI
Cost Comparisons of Backhaul Transport Technologies for 5G Fixed Wireless Access
Weisheng Xie, Nien-Tai Mao, Kirsten Rundberget 
09 Jul 2018
19 Citations
5G will greatly improve FWA performances.
Open access•Proceedings Article•DOI
Energy and spectrum efficient user association in 5G heterogeneous networks
Agapi Mesodiakaki, Ferran Adelantado, Angelos Antonopoulos, Luis Alonso, Christos Verikoukis 
01 Sep 2016
18 Citations
However, due to the severe signal attenuation at high frequencies, mmWave can provide good coverage only for short distances, thus favoring a multi-hop 5G BH architecture.
Open access•Proceedings Article•DOI
A First Look at Commercial 5G Performance on Smartphones
Arvind Narayanan, Eman Ramadan, Jason Carpenter, Qingxu Liu, Yu Liu, Feng Qian, Zhi-Li Zhang 
20 Apr 2020
124 Citations
Conducted when 5G just made its debut, it provides a “baseline” for studying how 5G performance evolves, and identifies key research directions on improving 5G users’ experience in a cross-layer manner.

Related Questions

How can I boost my Iphone 12 signal?9 answers
How can I boost my Iphone hotspot signal?10 answers
How can I boost my Iphone signal for free?10 answers
How can I improve my Verizon 4g signal?10 answers
How can I improve my smartphone signal strength?10 answers
How do I make my Internet on my Iphone faster?8 answers

See what other people are reading

What is the current trend in additive manufacturing within the prosumer segment?
5 answers
What were the earliest forms of cryptography used for historical purposes?
5 answers
What is the formula to calculate free space path loss?
5 answers
The formula to calculate free space path loss (FSPL) is crucial in wireless communication systems. FSPL is influenced by factors like frequency, distance, and obstacles. The FSPL equation derived from Friis transmission relations is commonly used but may lose accuracy at higher frequencies, especially in millimeter waves. Microwave radios, operating in various frequency bands from 1 GHz to 10 GHz, are essential for backhaul communications, offering high data rate bandwidth and adaptability in emergencies. Experimental measurements in controlled environments, like anechoic chambers, help establish correlations between power transmission, frequency, and path loss values, aiding in understanding the impact of these parameters on signal propagation. This comprehensive approach enables better modeling and approximation of FSPL, essential for designing efficient wireless networks.What is the current status of research on collision avoidance technology for wave gliders?
5 answers
Current research on collision avoidance technology for wave gliders is advancing with innovative approaches. Studies have introduced methods like the artificial potential field algorithm with distance factors and relative velocity potential fields to enhance obstacle avoidance. Additionally, a deep reinforcement learning (DRL) approach based on proximal policy optimization (PPO) has been proposed for active collision avoidance in complex maritime environments, utilizing deep convolutional neural networks (CNN) for effective decision-making. Maneuverability plays a crucial role in path tracking and obstacle avoidance for wave gliders. Furthermore, predicting the energy output of wave glider solar panels during navigation is essential for energy distribution and long-term endurance at sea. Implementing target detection technology like millimeter wave radar can further enhance safety in mining areas by enabling unmanned driving.Why millimeter wave is important in next generation wireless communication?
5 answers
Millimeter-wave (mm-wave) technology is crucial in next-generation wireless communication due to its ability to meet the escalating demands of consumer wireless technologies. Operating in the 10 to 100 GHz frequency range, mm-wave systems offer increased data rates, reduced latency, and robust service for a large number of users. These systems provide high transmission rates, wide bandwidth, and immunity to interference, making them ideal for high-quality, high-speed broadband networks. Additionally, mm-wave technology addresses frequency band scarcity issues by accessing a wide spectrum up to tens of Gigahertz, enabling improved throughput with small fractional bandwidths. The integration and packaging of mm-wave modules in compact sizes at low costs while maintaining reliability is a key challenge for various applications, emphasizing the importance of mm-wave technology in diverse fields.What are the challenges of Beam and Blockage in mmWave communication?
5 answers
Beam and blockage pose significant challenges in mmWave communication systems. The vulnerability of millimeter wave links to blockages, whether caused by malicious attackersor moving obstacles like humans, can lead to high outage probabilities and data loss. To address these challenges, proactive measures such as utilizing multiple reflections for robustnessand implementing predictive mechanisms for blockage detectionare crucial. Advanced technologies like massive MIMO and beamforming, coupled with deep learning models for blockage and beam prediction, offer solutions for seamless connectivity and proactive handovers in ultra-dense networks. These approaches aim to enhance user experience, maintain connectivity, and mitigate the impact of blockages in mmWave communication systems.How to make everyone actively participate in classroom?
5 answers
To enhance active participation in the classroom, various strategies can be implemented based on research findings. Utilizing text-based Computer-mediated Communication (CMC) strategies can effectively engage reluctant students in classroom discussions. Implementing techniques like "clustering from grouping" has shown significant improvements in student engagement, with high levels of cognitive, behavioral, and affirmative engagement observed. Encouraging student participation through course expectations and active learning tools can also foster critical thinking and communication skills, essential for student success. Furthermore, promoting 'authentic' mathematical activities where students and teachers collaborate in problem-solving and exploration can create a democratic and engaging classroom environment. By incorporating these diverse approaches, educators can create a dynamic and participatory classroom setting that caters to the needs of all students.How messages gets the chat from messenger?
5 answers
Messages in chat sessions on messaging platforms like MSN Messenger and Hike are facilitated through various mechanisms. In MSN Messenger, chat messages are analyzed to categorize topics using techniques like sessionalization and feature extraction, with classifiers like Naive Bayes and Support Vector Machine employed for topic detection. On the other hand, Hike utilizes a system that recommends stickers in real-time based on the conversation context. This system predicts the message likely to be sent, clusters messages with similar meanings, and suggests appropriate stickers accordingly. The approach involves learning dense representations of chat messages, employing a character-level convolution network, and utilizing a hybrid message prediction model for low-latency performance. These methods enhance user interaction and expression in chat sessions on these platforms.How insufficient budget affects implementation of ordinances?
5 answers
Insufficient budget allocation significantly impacts the implementation of ordinances. The lack of financial resources hinders the effective functioning of social infrastructure facilities, crucial for enhancing the population's quality of life. Moreover, poor budget performance in providing essential services like primary healthcare in rural areas leads to high maternal mortality rates. In the context of local government financial management, limited resources and development needs necessitate effective financial planning and administration to ensure successful implementation of ordinances. The budget, as a balancing act between conflicting interests, plays a pivotal role in carrying forward reform processes, highlighting the importance of adequate funding for the successful execution of ordinances.What are th most common targets used by analytical techniques for food fraud identification?
5 answers
The most common targets used by analytical techniques for food fraud identification include authenticity markers and overall fingerprints of food samples. Targeted methods directly focus on specific authenticity markers, while nontargeted methods analyze the overall fingerprint of a food sample, allowing for the detection of unknown or unexpected risks. Various analytical techniques such as spectroscopic methods (MIR, NIR, FT-NIR, Raman, UV-Vis, and Fluorescence spectroscopy), chromatographic techniques (HPLC, GC, FID), DNA-based techniques (PCR and ELISA), and electronic noses are employed for detecting food fraud in different food types, ensuring high accuracy and reliability. These methods play a crucial role in rapidly detecting fraud, verifying authenticity, and mitigating the negative economic impacts and potential risks associated with food fraud in products of plant and animal origin.Is blockchain totally secure?
5 answers
Blockchain technology provides a high level of security through its inherent features like encryption, distributed storage, and consensus algorithms. While it enhances transparency and authenticity in various applications, it also ensures secure email transmissions by recording information on the blockchain and encrypting messages. Additionally, blockchain enables secure encryption by hashing and encrypting data onto multiple blockchains, ensuring quick retrieval and decryption without compromising security. However, despite these security measures, blockchain faces challenges such as security issues in applications and the need for comprehensive security research. To enhance security further, blockchain can be utilized for secure user authentication through cryptographic puzzles, adding an extra layer of protection. Therefore, while blockchain offers robust security mechanisms, continuous research and advancements are essential to address evolving threats and vulnerabilities.