A model for peak height distribution using the bivariate normal distribution is proposed to deal with some flaws of the already established model using the gamma distribution. This new model is compared to the "Gamma model" via artificially generated test data using a model that simulates the PCR process. In addition the performance of these models is compared using data from an actual case. To efficiently execute the computations necessary, techniques using bayesian networks are utilized
The evaluation of results from mixtures of deoxyribonucleic acid (DNA) from two or more people in cr...
For forensic purposes, short tandem repeat allele signals are used as DNA fingerprints. The interpr...
For forensic purposes, short tandem repeat allele signals are used as DNA fingerprints. The interpr...
We present a new methodology for analysing forensic identication problems involving DNA mixture trac...
We present a new methodology for analysing forensic identication problems involving DNA mixture trac...
We present a new methodology for analysing forensic identication problems involving DNA mixture tra...
This project investigates the behavior of the PCR Amplification Kit. A number of known DNA-profiles ...
We present a new methodology for analysing forensic identication problems involving DNA mixture tra...
Taking peak area information into account when analysing STR DNA mixtures is acknowledged to be a di...
In analyzing a DNA mixture sample, the measured peak areas of alleles of STR markers amplified using...
Statistical analysis of DNA mixtures is known to pose computational challenges due to the enormous s...
We present a statistical model for the quantitative peak information obtained from an electropherogr...
This paper presents a model for the interpretation of results of STR typing of DNA mixtures based on...
he evaluation of results from mixtures of deoxyribonucleic acid (DNA) from two or more people in cri...
For forensic purposes, short tandem repeat allele signals are used as DNA fingerprints. The interpre...
The evaluation of results from mixtures of deoxyribonucleic acid (DNA) from two or more people in cr...
For forensic purposes, short tandem repeat allele signals are used as DNA fingerprints. The interpr...
For forensic purposes, short tandem repeat allele signals are used as DNA fingerprints. The interpr...
We present a new methodology for analysing forensic identication problems involving DNA mixture trac...
We present a new methodology for analysing forensic identication problems involving DNA mixture trac...
We present a new methodology for analysing forensic identication problems involving DNA mixture tra...
This project investigates the behavior of the PCR Amplification Kit. A number of known DNA-profiles ...
We present a new methodology for analysing forensic identication problems involving DNA mixture tra...
Taking peak area information into account when analysing STR DNA mixtures is acknowledged to be a di...
In analyzing a DNA mixture sample, the measured peak areas of alleles of STR markers amplified using...
Statistical analysis of DNA mixtures is known to pose computational challenges due to the enormous s...
We present a statistical model for the quantitative peak information obtained from an electropherogr...
This paper presents a model for the interpretation of results of STR typing of DNA mixtures based on...
he evaluation of results from mixtures of deoxyribonucleic acid (DNA) from two or more people in cri...
For forensic purposes, short tandem repeat allele signals are used as DNA fingerprints. The interpre...
The evaluation of results from mixtures of deoxyribonucleic acid (DNA) from two or more people in cr...
For forensic purposes, short tandem repeat allele signals are used as DNA fingerprints. The interpr...
For forensic purposes, short tandem repeat allele signals are used as DNA fingerprints. The interpr...