54,868 research outputs found

    Workfare in the undemocratic states: the case of China

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    This article examines the problems caused by workfare in China. It is found that China’s public assistance scheme is managed mainly by volunteers and government officials who do not necessarily possess relevant qualifications. Also, welfare claimants’ benefits can be ceased without going through a rigorous procedure; they can hardly challenge the decisions of the authority because China’s judicial system is interfered by central and local senior officials. This article concludes that workfare is a product of Western democratic countries; its implementation in undemocratic states will only increase power abuses among welfare bureaucrats and threaten the rights of claimants. </jats:p

    From iron rice bowl to the world's biggest sweatshop: globalization, institutional constraints, and the rights of Chinese workers

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    This article discusses how China's institutional constraints combine with its integration into the global economy to suppress its workers' rights. The rapid expansion of China's market economy is the consequence of the government's active embrace of global capitalism and global capitalists' ongoing search for new markets and lower production costs. China's traditional socialist labor relationships collapsed as a result of state-owned enterprise (SOE) reform and the emergence of private enterprises. In the wake of these events, China's leaders promulgated new labor legislation and social insurance schemes, but these initiatives fail to safeguard workers' rights effectively. This is because the SOEs fail to compensate their workers properly, local authorities do not actively monitor labor abuses, the judicial system cannot effectively defend workers' rights, and the Chinese government suppresses efforts to organize independent labor unions. In short, global capitalism together with China's authoritarian polity have limited workers' rights and undermined their well-being

    Efficient and multiplierless design of FIR filters with very sharp cutoff via maximally flat building blocks

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    A new design technique for linear-phase FIR filters, based on maximally flat buildiing blocks, is presented. The design technique does not involve iterative approximations and is, therefore, fast. It gives rise to filters that have a monotone stopband response, as required in some applications. The technique is partially based on an interpolative scheme. Implementation of the obtained filter designs requires a much smaller number of multiplications than maximally flat (MAXFLAT) FIR filters designed by the conventional approach. A technique based on FIR spectral transformations to design new multiplierless FIR filter structures is then advanced, and multiplierless implementations for sharp cutoff specifications are included

    ELECTRONIC STRUCTURE AND LUMINESCENCE OF CSI:NA

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    Calculations are performed on several aspects of the luminescence of pure CsI and CsI:Na. These include electronic-structure calculations by both pseudopotential and semi-empirical molecular-orbital methods, as well as lattice-configuration studies. The results suggest that the main observed emission in CsI:Na at 2.95 eV involves the recombination of a self-trapped exciton immediately adjacent to the substitutional Na impurity
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