This book critically evaluates the current copyright law system in a digital environment from a comparative perspective. Since many developing countries modelled their copyright laws on more advanced jurisdictions, they have not benefitted from such a law as much as intended due to their inherently embedded social economic conditions. Moreover, the copyright law system has been under constant challenges from rapidly developing digital technology and the Internet. All in all, there is a pressing need for developing countries to reevaluate their copyright law in light of their national needs, the developmental stage of their economy, their culture and tradition, and their legal system. The book poses the question of whether copyright law should be reformed to fulfill its fundamental purpose of serving education and research that are in the public interest in the digital era? It examines whether the legal frameworks adequately address developing countries' educational and research requirements in view of the opportunities and restrictions posed by electronic communication media. Further, it provides a comprehensive study that addresses the various critical issues relevant to the reform of the copyright law system and offers recommendations for developing countries to revamp their copyright law system to better serve their education and research sector.

This book presents comprehensive and rigorous research on the acquisition of Chinese negation by L1-English and L1-Korean learners within the theoretical framework of the Interface Hypothesis and the Feature Reassembly Hypothesis. The results from grammaticality judgment data (N=182) and learner corpus data (overall scale: 15.19 million characters) reveal multiple factors contributing to the variability in L2 acquisition at the interfaces involved with Chinese negative structures, including L1 influence, the quantity (input frequency) and the quality of the target input (input consistency and regularity), as well as L2 proficiency. These factors also underlie the detectability and reassembly of the [+/-realis] features encoded with bu and mei, the two primary negation markers in Mandarin Chinese, in different licensing contexts. Task modality (written vs. aural) seems to play a role in L2 learners' access to explicit and implicit knowledge about Chinese negation, but the effect of task modality is constrained by other factors such as structural/feature complexity, L2 proficiency, and L1-L2 similarity. The approach of employing both elicited experimental data and authentic learner corpus data furnishes new evidence for the acquisition Chinese negation by L2 learners. The findings of this study are of significance to the examination of the Interface Hypothesis and the Feature Reassembly Hypothesis in generative-oriented SLA research.

The second part of the epic Chinese trilogy set during the Nanchang uprising of the Chinese Civil War in 1927. After his father is killed in a bombing raid, Rui enlists with a group of revolutionary forces and joins them as they march on the capital with scant resources and little ammunition.

This book critically evaluates the current copyright law system in a digital environment from a comparative perspective. Since many developing countries modelled their copyright laws on more advanced jurisdictions, they have not benefitted from such a law as much as intended due to their inherently embedded social economic conditions. Moreover, the copyright law system has been under constant challenges from rapidly developing digital technology and the Internet. All in all, there is a pressing need for developing countries to reevaluate their copyright law in light of their national needs, the developmental stage of their economy, their culture and tradition, and their legal system. The book poses the question of whether copyright law should be reformed to fulfill its fundamental purpose of serving education and research that are in the public interest in the digital era? It examines whether the legal frameworks adequately address developing countries' educational and research requirements in view of the opportunities and restrictions posed by electronic communication media. Further, it provides a comprehensive study that addresses the various critical issues relevant to the reform of the copyright law system and offers recommendations for developing countries to revamp their copyright law system to better serve their education and research sector.

This book presents a practical framework for the application of big data, cloud, and pervasive and complex systems to sustainable solutions for urban environmental challenges. It covers the technologies, potential, and possible and impact of big data on energy efficiency and the urban environment. The book first introduces key aspects of big data, cloud services, pervasive computing, and mobile technologies from a pragmatic design perspective, including sample open source firmware. Cloud services, mobile and embedded platforms, interfaces, operating system design methods, networking, and middleware are all considered. The authors then explore in detail the framework, design principles, architecture and key components of developing energy systems to support sustainable urban environments. The included case study provides a pathway to improve the eco-efficiency of urban transport, demonstrating how to design an energy efficient next generation urban navigation system by leveraging vast cloud data sets on user-behavior. Ultimately, this resource maps big data's pivotal intersection with rapid global urbanization along the path to a sustainable future.

This volume contains the notes of the lectures delivered at the CIME course GeometricAnalysis andPDEsduringtheweekofJune11-162007inCetraro (Cosenza). The school consisted in six courses held by M. Gursky (PDEs in Conformal Geometry), E. Lanconelli (Heat kernels in sub-Riemannian s- tings), A. Malchiodi(Concentration of solutions for some singularly perturbed Neumann problems), G. Tarantello (On some elliptic problems in the study of selfdual Chern-Simons vortices), X. J. Wang (Thek-Hessian Equation)and P. Yang (Minimal Surfaces in CR Geometry). Geometric PDEs are a ?eld of research which is currently very active, as it makes it possible to treat classical problems in geometry and has had a dramatic impact on the comprehension of three- and four-dimensional ma- folds in the last several years. On one hand the geometric structure of these PDEs might cause general di?culties due to the presence of some invariance (translations, dilations, choice of gauge, etc. ), which results in a lack of c- pactness of the functional embeddings for the spaces of functions associated with the problems. On the other hand, a geometric intuition or result might contribute enormously to the search for natural quantities to keep track of, andtoproveregularityoraprioriestimatesonsolutions. Thistwo-foldaspect of the study makes it both challenging and complex, and requires the use of severalre?nedtechniquestoovercomethemajordi?cultiesencountered