## 6 Simulation Set-up and Configuration
### Special Simulation Parameters for Different Types of Jammers  
Some parameters which are especially applicable to jammers for simulating different types of jammers are as given in Table 4.  
\begin{table}
\begin{tabular}{|c|c|c|} \hline
**Parameter** & **WSN** & **Jammer** \\ \hline Frequency (f) & 914.634 MHz & 914.634 MHz \\ Wavelength (\(\lambda\)) & 0.328 m & 0.328 m \\ Antenna gain & 1 (0 dB) & 1 (0 dB) \\ Antenna directivity & Omni directional & Omni directional \\ Transmitted power (Pt) & \(8.56\times 10^{-4}\) W & Variable \\ Receiver sensitivity (Prth) & \(3.652\times 10^{-4}\) W & \(3.652\times 10^{-4}\) W \\ Maximum radio range & 40 m & 40 m \\ Propagation model & Free space & Free space \\ Path loss (L) & 1 (0 dB) & 1 (0 dB) \\ Mode of transmission & Simplex unicast & Simplex broadcast \\ Packet size & 1000 B & Variable \\ Transmission rate & 0.01 MBPS & Variable \\ Application layer protocol & CBT & CBT \\ Transport layer protocol & UDP & UDP \\ Network layer protocol (routing Protocol) & AODV & AODV \\ MAC protocol & BMAC & BMAC \\ \hline \end{tabular}
\end{table}
Table 3: Parameters used for simulating WSN and those parameters which are used for simulating jammers.  
The packets dropped per terminal (PDPT) for various types of jammers are as given in Figure 5.  
**Figure 5**. It shows the average Bad Packets Ratio (BPR) or Packets Dropped per Terminal (PDPT) for various jammers and jamming indices for simulation and sampling duration of 20 seconds.  
\begin{table}
\begin{tabular}{|p{113.8 pt}|p{56.9 pt}|p{56.9 pt}|p{56.9 pt}|p{56.9 pt}|} \hline
**Type of jammer** & **Output Power (W)** & **Packet (MB)** & **Size (MBPS)** & **Rate Duration** \\ \hline Constant Jammer with Normal Power (CON) & \(8.56\times 10^{-4}\) & 10,000 & 10 & constant \\ \hline Constant Jammer with High Power (COH) & 0.2818 & 10,000 & 10 & Constant \\ \hline Deceptive Jammer with Normal Power (DECN) & \(8.56\times 10^{-4}\) & 1,000 & 0.01 & Constant \\ \hline Deceptive Jammer with High Power (DECH) & 0.2818 & 1,000 & 0.01 & Constant \\ \hline Random Jammer & \(8.56\times 10^{-4}\) & 10,000 & 10 & Random \\ Imitating CON, (RACN) & & & & \\ \hline Random Jammer & \(0.2818\) & 10,000 & 10 & Random \\ Imitating COH, (RACH) & & & & \\ \hline Random Jammer & \(8.56\times 10^{-4}\) & 1,000 & 0.01 & Random \\ Imitating DECN, (RADECN) & & & & \\ \hline Random Jammer & \(0.2818\) & 1,000 & 0.01 & Random \\ Imitating DECH, (RADECH) & & & & \\ \hline Reactive Jammer with Normal Power (REN) & \(8.56\times 10^{-4}\) & 1,000 & 0.01 & Whenever there is a legitimate transmission between any source and the sink. \\ \hline Reactive Jammer with High Power (REH) & 0.2818 & 1,000 & 0.01 & Whenever there is a legitimate transmission between any source and the sink. \\ \hline \end{tabular}
\end{table}
Table 4: Parameter values for simulating different types of jammers.  
Figure 5: It shows the average Bad Packets Ratio (BPR) or Packets Dropped per Terminal (PDPT) for various jammers and jamming indices for simulation and sampling duration of 20 seconds.  
The expansions of acronyms used in Figure 5 are: CON- Constant jammer with Normal Power, COH- Constant Jammer with high power, DECN- Deceptive Jammer with Normal Power, DECH-Deceptive Jammer with High Power, RACN- Random Jammer Imitating CON, RACH- Random Jammer Imitating COH, RADECN- Random Jammer Imitating DECN, RADECH- random Jammer Imitating DECH, REN- Reactive Jammer with Normal Power, and REH- Reactive Jammer with High Power.