Combined with the U.N.'s Sustainable Energy for All initiative -- whose primary goal is to ensure universal access to modern energy services for the world's poor by 2030 -- Power Africa can help make a significant contribution to the challenge of providing electricity to those who have none.
We present in this article our contribution to the challenge of epigenomic data analysis with application to the variable response to the Hepatitis B virus (HBV) vaccine and its most lethal degeneration: hepatocellular carcinoma (HCC).
This study therefore offers a methodological contribution to the challenge of evaluating and understanding complex public health interventions, an area in which both the theory of behaviour change and the methods for evaluation remain underdeveloped.
We believe that the Researcher-in-Residence model has the potential to make a significant contribution to the challenge of applying health services research in practice by helping researchers to share their expert academic knowledge and by helping decision makers in the health service to make greater use of that expertise.
In doing so, we have made both methodological and substantive contributions to the challenge of evaluating and understanding the effects of interventions to change the environmental determinants of health, which are understood to work through long and potentially complex causal pathways.
Bernays is far from a sustainability hero given his contribution to the consumption challenges that we now face.
Our contribution to the REVERB challenge [12] has shown that the aforementioned techniques are suitable to increase ASR performance also when combined and linked with a standard back-end implemented based on a well-established toolkit, i.e., HTK [13].
Our previous contribution to the REVERB challenge [12] proposed a combined system including speech enhancement, robust feature extraction, acoustic model adaptation, posterior decoding, and word hypothesis fusion of multiple ASR systems for the REVERB single-channel (1ch) ASR task.
The project was proposed by Joshi and Holzmann as a contribution to the Grand Challenge in Verified Software, and involves constructing a highly assured flash file store for use in space-flight missions.
