Internet Predictions

More than a dozen leading experts give their opinions on where the Internet is headed and where it will be in the next decade in terms of technology, policy, and applications. They cover topics ranging from the Internet of Things to climate change to the digital storage of the future. A summary of the articles is available in the Web extras section

Corporate Governance: What about the workers?

To stimulate debates about the creation of corporate governance mechanisms and processes which would help to secure an equitable distribution of income and wealth for workers. Methodology/Approach: The paper builds on a political economy of income and wealth inequalities. It argues that corporate governance mechanisms and processes are rooted in particular politics and histories. The state is a key actor. It provides a brief history of the UK corporate governance debates relating to income distribution, industrial democracy and disclosures. It provides social data about the extent of income inequalities. Findings: The paper shows that the UK lacks institutional structures and processes and mechanisms to enable workers to secure a higher share of the firm?s income. Research limitations/implications (if applicable): The study primarily focuses on some aspects of the corporate governance structures, practices and income/wealth inequalities in the UK. Its implications could also be relevant to market-oriented liberal states with ?consensus? or ?majoritarian? electoral systems. Practical implications (if applicable): To encourage debates, the paper puts forward a number of suggestions for changing electoral and corporate governance practices together with disclosures that could give visibility to income and wealth inequalities. Originality/value of paper: The paper links corporate governance debates to broader political choices. Article Type: A research article that uses a variety of government and institutional data sources to highlight shortcomings of corporate governance practices

Costs and benefits of superfast broadband in the UK

This paper was commissioned from LSE Enterprise by Convergys Smart Revenue Solutions to stimulate an open and constructive debate among the main stakeholders about the balance between the costs, the revenues, and the societal benefits of ‘superfast’ broadband. The intent has been to analyse the available facts and to propose wider perspectives on economic and social interactions. The paper has two parts: one concentrates on superfast broadband deployment and the associated economic and social implications (for the UK and its service providers), and the other considers alternative social science approaches to these implications. Both parts consider the potential contribution of smart solutions to superfast broadband provision and use. Whereas Part I takes the “national perspective” and the “service provider perspective”, which deal with the implications of superfast broadband for the UK and for service providers, Part II views matters in other ways, particularly by looking at how to realise values beyond the market economy, such as those inherent in neighbourliness, trust and democrac

Watts2Share: Energy-Aware Traffic Consolidation

Energy consumption is becoming the Achilles' heel of the mobile user quality of experience partly due to undisciplined use of the cellular (3G) transmissions by applications. The operator infrastructure is typically configured for peak performance, whereas during periods of underutilisation the handsets pay the price by staying in high energy states even if each application only uses a fraction of the maximum available bandwidth. In this paper we promote a bi-radio scenario where instead of independently using own cellular connections, several users share a single cellular link offered by one member of a coalition (a rotating aggregator). We present Watts2Share, an architecture for energy-aware traffic consolidation whereby group members' data flows transmitted through a second radio (e.g., WiFi) are aggregated by the aggregator and retransmitted through the cellular link. Through careful and repeatable studies we demonstrate that this scheme saves up to 68% of the total transmission energy in handsets compared to a pure 3G scenario. The studies are based on a wide range of real traffic traces and real cellular operator settings, and further illustrate that this scheme reduces the overall energy by reducing the signalling overhead, as well as extending the lifetime of all handsets