Tables index

From

Temporal Analysis of an IoT Distributed Ledger Simulation using NetLogo and Agents.jl

Peter Kimemiah Mwangi, Stephen T. Njenga, Gabriel Ndung’u Kamau

Journal of Computer Sciences and Applications. 2025, 13(1), 16-28 doi:10.12691/jcsa-13-1-2
  • Table 1. Model Input and Output Parameters
  • Table 2. Experimental Tools Setup and Configuration, Two Machines Used in the Experiment
  • Table 3. Setup, Average Execution Time, Standard Error, Standard Deviation, and Speedup for NetLogo and Julia Simulations for Different Node Sizes on TOi3 Hardware
  • Table 4. Experiment, Average Execution Time, Standard Error, Standard Deviation, and Speedup for NetLogo and Julia Simulations for Different Node Sizes on TOi3 Hardware"
  • Table 5. Linear and Non-Linear Curve Fi for Setup and Run Experiment Speed-up NetLogo versus Julia
  • Table 6. Setup, Average Execution Time, Standard Error, Standard Deviation, and speed-up for NetLogo and Julia simulations at different Node Sizes on HPi5 hardware
  • Table 7. Experiment, Average Execution Time, Standard Error, Standard Deviation, and Speedup for NetLogo and Julia Simulations for Different Node Sizes on HPi5 hardware
  • Table 8. Linear and Non-Linear Curve Fi for Setup and Run Experiment Speed-up NetLogo versus Julia
  • Table 9. Time Taken to Execute 30 runs, Including Setup Time and Experiment Time on TOi3 and Comparing JL and NL
  • Table 10. Time Taken to Execute 30 runs, Including Setup Time and Experiment Time on HPi3 and Comparing JL and NL
  • Table 11. Regression Results for the “Setup_Time” Model, Including the Coefficients for the Intercept, Tool (NetLogo), Machine (TOi3), Number of Nodes, and Number of Transactions. Provided are the Estimated Coefficients, Standard Errors, t-values, p-values, and 95% Confidence Intervals for each Variable in the Model
  • Table 12. Regression results for the “exp_time” Model, Including the Coefficients for the Intercept, Tool (NetLogo), Machine (TOi3), Number of Nodes, and Number of Transactions, Provided are the Estimated Coefficients, Standard Errors, t-values, p-values, and 95% Confidence Intervals for each Variable in the Model