scispace - formally typeset
Search or ask a question

What is the lifespan of an Internet modem? 

Information infrastructure
1-Meg Modem
Underwater acoustic communication
Demodulation
V.92

Answers from top 10 papers

More filters
Papers (10)Insight
Journal Article•DOI
V.92: the last dial-up modem?
Dae-Young Kim, P.A. Humblet, M.V. Eyuboglu, Larry D. Brown, G. D. Forney, Sepehr Mehrabanzad 
03 Mar 2004-IEEE Transactions on Communications
61 Citations
We predict that V.92 will be the last dial-up modem standard.
Open access•Journal Article
Design Of Power Modem Based on Bluetooth
Iu Y
01 Jan 2007-Microcomputer Information
The MODEM has the higher reliability and supplies new means to implement home network.
Proceedings Article•DOI
A high data-rate, software-defined underwater acoustic modem
Nusrat Nowsheen, Craig R. Benson, Michael R. Frater 
10 Dec 2010
42 Citations
Being software defined, the modem is flexible because the parameters can be reconfigured with relative ease, minimising the cost of rework as the design evolves.
Book Chapter•DOI
The Modem that Still Connects Us
Ronald R. Kline
01 Jan 2019
2 Citations
The surprising resiliency of the modem—its long life as an interim technology—challenges the digital technological progress narrative.
Open access•Journal Article•DOI
Solar activity reconstructed over the last 7000 years: The influence of geomagnetic field changes
Ilya Usoskin, Sami K. Solanki, Monika Korte 
01 Apr 2006-Geophysical Research Letters
72 Citations
This strengthens the conclusion that the modem high activity level is very unusual during the last 7000 years.
Book Chapter•DOI
The Impact of Broadband on Education in the USA
Paul F. Cleary
01 Jan 2009
1 Citations
As often stated, “While modem use is disruptive, broadband use is integrative” (The Digital Future Project, 2005, p. 4).
Proceedings Article•DOI
The design and performance of a compact underwater acoustic network node
Mark Johnson, D. Herold, J. Catipovic 
13 Sep 1994
25 Citations
The results highlight the ability of the new modem to autonomously monitor network configuration and channel quality.<>
Proceedings Article•DOI
Channel estimation with quantized observations
Tat-Ming Lok, V.K.-W. Wei 
16 Aug 1998
46 Citations
The results are applicable to modem technologies.
Journal Article•DOI
Design of a Low-Cost Modem for Short-Range Underwater Acoustic Communications
Muhammad Yousuf Irfan Zia, Pablo Otero, Javier Poncela 
01 Jul 2018-Wireless Personal Communications
17 Citations
As compared to the available solutions, cost-effectiveness is novelty of the modem.
Open access•Journal Article•DOI
Reputation-based Wi-Fi deployment
Naouel Ben Salem, Jean-Pierre Hubaux, Markus Jakobsson 
01 Jul 2005-Mobile Computing and Communications Review
28 Citations
Wi-Fi networks have a very strong potential: They are easy to deploy, they use unlicensed frequencies and they provide internet connectivity that is several times faster than by cable modem.

Related Questions

How long does termite live?4 answersTermites can live for several years to decades, with some queens and kings achieving extraordinary longevities of up to 20 years. The maximum lifespan of termite queens can range from 11 to 13 years. This longevity is in contrast to the relatively short lifespan of sterile workers, which is typically only a few weeks. The aging process in termite queens is characterized by a non-linear senescence pattern, with physiological upheaval occurring late in life. Gene expression patterns in termite reproductives show little difference between young and old individuals, suggesting negligible aging. However, old major workers have many genes up-regulated that are related to transposable elements, which can cause aging. The long life of termite reproductives may be attributed to the continued up-regulation of the PIWI-interacting RNA (piRNA) defense pathway, which is typically found in the germline of animals.
What is the average lifespan of a political news story?5 answersThe average lifespan of a political news story varies depending on its veracity and the platform on which it is shared. False rumors tend to resurface multiple times after the initial publication, often accompanied by textual changes, and continue to circulate until the tension around the target dissipates. In contrast, true rumors do not experience the same recurrence. Additionally, the mutability of diffusing information and the mechanism by which messages evolve over time play a role in the lifespan of political news stories. It is important to note that the lifespan of a political news story can be influenced by the actions of partisan news websites that repackage old rumors as news and influential Twitter users who introduce rumors into the Twittersphere.
How do I know if my Internet modem is bad?9 answers
How often should an Internet modem be replaced?10 answers
What is the best Internet modem to buy?10 answers
What is the lifespan of an AC capacitor?16 answers

See what other people are reading

What are the differences in the moviola and DAW's?
4 answers
What is the definition of modulation?
5 answers
What is the definition of modulation?
5 answers
What kind of oceantic research investigation has been done?
4 answers
What are the key indicators of research infrastructure development in various countries?
5 answers
What are improvements to LoRA?
5 answers
How measure the maturity of a digital strategy in a hospital?
5 answers
To measure the maturity of a digital strategy in a hospital, various dimensions and indicators can be considered. These include assessing strategy, information technology capability, interoperability, governance and management, patient-centered care, people, skills, behavior, and data analytics. Additionally, an Infrastructure Maturity Assessment framework has been developed to define 164 individual capabilities across technology domains and maturity levels, allowing hospitals to assess their digital transformation alignment with business outcomes. Furthermore, the Healthcare Information and Management Systems Society (HIMSS) Electronic Medical Record Adoption Model (EMRAM) provides a widely used assessment tool, mapping out stages for the adoption and utilization of electronic medical record functions, which can aid in evaluating digital excellence in healthcare settings.What are the potential challenges and limitations associated with using machine learning in ICI gridless Nyquist-WDM systems?
5 answers
Using machine learning in ICI gridless Nyquist-WDM systems presents challenges and limitations. Challenges include the need to mitigate interchannel interference (ICI) effects without knowledge of adjacent channels. Additionally, the impact of overlapping optical carriers and nonlinear fiber impairments on bit error rate (BER) must be addressed, with overlapping channels significantly affecting BER. Limitations arise in the performance of algorithms like artificial neural networks (ANN) compared to other techniques, with ANN processing times being significantly higher than extreme learning machines (ELM). Moreover, while machine learning methods can estimate spectral overlapping accurately, challenges remain in scenarios where channels are heavily overlapped, requiring further refinement for robust monitoring tools in optical transmission systems.What are the current problems of the pwoer grid?
5 answers
The current problems faced by the power grid include big data storage and protection issues, coexistence problems of different generation devices, scene image classification and processing challenges, energy theft, cyberattacks, and complexities related to capacity, reliability, security, and integration of distributed generation and electric vehicles.These issues hinder the seamless operation and development of smart grids. Solutions proposed include establishing a big data cloud platform, setting unified standards for power grid devices, utilizing Convolutional Neural Networks for data analysis, and implementing effective privacy-preserving plans based on fog computing models.Addressing these challenges is crucial for ensuring the efficiency, stability, and resilience of power systems in the modern era.What is the current state of research on feature extraction techniques for rolling bearings from vibration signals?
4 answers
Current research on feature extraction techniques for rolling bearings from vibration signals is advancing to address challenges like noise interference and system resilience. Various innovative methods have been proposed, such as utilizing Bayesian inference for noise removal and system resilience evaluation, introducing generalized demodulation frameworks for non-stationary signals processing, and enhancing singular value decomposition for improved feature extraction by avoiding mode mixing. Additionally, approaches like multiscale mean permutation entropy and optimized support vector machines are being explored for accurate fault identification in the presence of noise and signal variations. These methods aim to enhance fault feature extraction, degradation trend estimation, and fault pattern recognition in rolling bearings, showcasing a diverse and evolving landscape of research in this field.How feasible is underwater power transmission by means of inductive coupling?
5 answers
Underwater power transmission through inductive coupling is highly feasible based on research findings. Various studies have proposed innovative approaches to address challenges in power transfer efficiency and reliability underwater. Inductive wireless power transfer (IPT) technology has been successfully applied to power seafloor observatories, moored buoys, and unmanned underwater vehicles (UUVs) with promising results in terms of power transmission efficiency and system effectiveness. These systems have demonstrated stable power transfer, high efficiency rates reaching up to 78.1% in buoys, and successful bidirectional power exchange among UUVs with an efficiency of 82.18% for forward transmission and 73.63% for reverse transmission. Additionally, the use of compact planar magnetic couplers with integrated coils has shown enhanced stability and efficiency in autonomous underwater vehicles, ensuring reliable power transfer even under misalignments.