Titlebook: Content Distribution for Mobile Internet: A Cloud-based Approach; Zhenhua Li,Yafei Dai,Yunhao Liu Book 2023Latest edition The Editor(s) (i

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Legal Internet Access Under Extreme Censorshiplocked by extreme censorship machinery. Therefore, properly accessing legal Internet services under extreme censorship becomes a critical problem. In this chapter, we conduct a case study on how scholars from a major university of China access Google Scholar through a variety of middleware. We chara

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Combating Nationwide WiFi Security Threatswe characterize a wide variety of real-world WiFi threats at an unprecedented scale, involving 19M WiFi APs mostly located in China, by deploying a crowdsourced security checking system on 14M mobile devices in the wild. Leveraging the collected data, we reveal the landscape of nationwide WiFi threa

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Understanding IoT Security with HoneyCloudckly spread across these devices, but they are well-understood threats with effective defense techniques such as malware fingerprinting and community-based fingerprint sharing. Recently, .—attacks that do not rely on malware files—have been increasing on Linux-based IoT devices and posing significan

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https://doi.org/10.1007/978-981-19-6982-9Mobile Internet; Mobile Networking; Content Distribution; Content Delivery; Cloud Computing; Computer Net

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Glenys Luke,Alexander S. Mishchenkoory of Internet content distribution. Next, we illustrate the “heavy-cloud versus light-end” polarization of Internet content distribution under the novel settings of cloud computing and mobile Internet. Afterward, we review various frontier techniques that attempt to address current issues of Inter

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Digital Image Processing and Analysis,owever, today’s bandwidth testing services (BTSes) are slow and costly for mobile Internet users, especially 5G users. The inefficiency and high cost of BTSes root in their methodologies that use excessive temporal and spatial redundancies for combating noises in Internet measurement. This chapter p

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Ying Li,Shrikanth Narayanan,C.-C. Jay Kuownloading large files. To address this issue, hundreds of millions of China’s users have resorted to technologies that allow for “.,” where a proxy is employed to pre-download the user’s requested file and then deliver the file at her convenience. In this chapter, we examine two typical implementati

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https://doi.org/10.1007/978-1-4757-6931-9ser experiences while reducing congestion and bandwidth costs. This chapter presents the design, deployment, and experiences with Baidu TrafficGuard, a cloud-based mobile proxy that reduces cellular traffic using a network-layer VPN. The VPN connects a client-side proxy to a centralized traffic proc

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https://doi.org/10.1007/978-1-4757-6931-9s of base carriers, while offering cheaper or more flexible data plans compared to those of the base carriers. In this chapter, we present a nearly two-year measurement study toward understanding various key aspects of today’s MVNO ecosystem, including its architecture, performance, economics, custo