Exercise 1 Determine the functions of the following graphs: Moore's law and Carlson's curve Productivity improvements in DNA sequencing and synthesis, compared with Moore's law Oct 2002, Log scale 10 T 101 Transistors per chip (Moore's law) Sequencing techniques -ABI sequencers*ABI symthesisers Synthesising technique Pyrosequencing Egea GeneWriter 109 10 105 105 10 1,000 100 3 4367 9 10 1970 75 80 85 90 95 2000 05 Source: Rob Carlson 1.S Bases per person per day Check your results by plotting the functions in a semi- and doubble-logarithmic coordinate system using MATLAB and R. Exercise 1 Determine the functions of the following graphs: Moore's law and Carlson's curve Productivity improvements in DNA sequencing and synthesis, compared with Moore's law Oct 2002, Log scale 10 T 101 Transistors per chip (Moore's law) Sequencing techniques -ABI sequencers*ABI symthesisers Synthesising technique Pyrosequencing Egea GeneWriter 109 10 105 105 10 1,000 100 3 4367 9 10 1970 75 80 85 90 95 2000 05 Source: Rob Carlson 1.S Bases per person per day Check your results by plotting the functions in a semi- and doubble-logarithmic coordinate system using MATLAB and R