This paper engages in the debate between cultural modernists and cultural traditionalists concerning the importance of cultural fidelity as faced by African people via globalization and its alleged homogenizing tendency. Central to this debate is the issue of cultural truths and its use, that is, development. The paper therefore argues that African peoples do not need to “essentialize” their cultures. This is because the “truths about reality” with which they intend to employ in this quest for development are not exclusive (...) to any particular cultural society. The implication of the foregoing is the paper’s insistence that Africans adopt a complementarist attitude in their determination for cultural fidelity. It maintains that this attitude will make Africans avail themselves of ideas from elsewhere. Ultimately, the paper posits that this new disposition of Africans to their cultures and those of non-African societies will set her beleaguered states on a solid developmental trajectory. (shrink)

We investigate the growing use of information and communication technology in Nigeria and its potential as a tool to combat the HIV/AIDS epidemic through information management. Potential applications include data gathering for research and disease tracking, knowledge sharing, and dissemination of information on research findings, prevention methods, available care and support, and patient rights. The research is based on 1450 responses to a widely distributed questionnaire.

We investigate the growing use of information and communication technology in Nigeria and its potential as a tool to combat the HIV/AIDS epidemic through information management. Potential applications include data gathering for research and disease tracking, knowledge sharing, and dissemination of information on research findings, prevention methods, available care and support, and patient rights. The research is based on 1450 responses to a widely distributed questionnaire.

Subgraph matching on a large graph has become a popular research topic in the field of graph analysis, which has a wide range of applications including question answering and community detection. However, traditional edge-cutting strategy destroys the structure of indivisible knowledge in a large RDF graph. On the premise of load-balancing on subgraph division, a dominance-partitioned strategy is proposed to divide a large RDF graph without compromising the knowledge structure. Firstly, a dominance-connected pattern graph is extracted from a pattern graph (...) to construct a dominance-partitioned pattern hypergraph, which divides a pattern graph as multiple fish-shaped pattern subgraphs. Secondly, a dominance-driven spectrum clustering strategy is used to gather the pattern subgraphs into multiple clusters. Thirdly, the dominance-partitioned subgraph matching algorithm is designed to conduct all isomorphic subgraphs on a cluster-partitioned RDF graph. Finally, experimental evaluation verifies that our strategy has higher time-efficiency of complex queries, and it has a better scalability on multiple machines and different data scales. (shrink)