Biomedical subjects

F Jovic

Publications and source records attributed to F Jovic.

2 recordsLinked to original sources

PubMed2001

Solving a linear model of nonfatal risk behavior and injuries in school children.

A calculating method and computer program have been developed for solving an overdetermined system of linear equations. It was applied for calculation of group risk exposure of school children (10-15 years) to nonfatal injuries in sport recreation and playing (SRP). Interviewed non-injured school children were separated into non-overlapping groups of risky behavior. Data on interviewed non-injured and non-interviewed injured children were put into a linear system of equations consisting of a 4 x 3 matrix scheme. Each equation represents children of the same age and sex and consists of the percentage of interviewed children grouped into high medium or low risk behavior and of the percentage of injured children. Four methods of calculating the matrix system were evaluated and the best implemented as a new developed computer program. The resulting linear group risk factors enable the prediction of behavior outcome. Data on interviewed injured children were compared with the results obtained. The validation procedure is proposed by testing the sensitivity and robustness of the method.

Adolescent↗

PubMed1998

Young child injury analysis by the classification entropy method.

The project 'The Register and Preventive Programs for Accidents and Injuries' enabled data collection on all the injured who sought medical aid in Koprivnica County (population 61,052), Croatia, since 1992. Children aged 1-4 years are 5.03% of the whole population of the district. Complex injury attributes were analysed. Binary attributes were classified as input: age, gender, place of injury; and output: severity of injury. A new application of information entropy was introduced and applied to the classification of injury-causes attributes. The information entropy was calculated for the classification of input attributes according to the minimum information content. The decision procedure is given as a sequential procedure separating important from unimportant causes of injury at each decision level. Thus a decision tree with increasing entropy, i.e. decreasing determinism, was obtained showing that age (0.5347 N), place (0.6062 N) and gender (0.6105 N) are measurable attributes in child injury ascertainment in a descending pattern. It was shown that this method is, at the same time, an optimal way of using an attribute decision process of injury causes classification.

Accidents↗