MSDD also peaks in the same condition whereas the stabilized success rate ranges just between 60 to 65 % and has an unstable success rate from 55 to 60 % for TTDD.
MSDD slopes down to 58 % and TTDD to 52 % assuring that the network cannot be relied in successful transmitting and receiving packets and the condition gets worse for event based applications.
But it is less when compared to MSDD and TTDD which are very high more than 1200 Kbps which is the maximum energy consumed by our protocol.
GCCP - NS slopes up and down from 6% to 16% and is considerably low when compared with MSDD and TTDD that grows exponentially high.
"We see our new partnership with PECB as a recognition of our long international experience in the field of IT security governance, audit and training and we look forward to expanding our portfolio of services by delivering high quality PECB ISO courses to the German market and beyond," said Friedhelm Dusterhoft, Founder and Managing Director of msdd.neT GmbH.
Established in 1992, msdd.neT GmbH has specialized in IT security consulting and training for more than 10 years.
The user can then simulate the residual soil N[[O.sub.3].sup.-]-N for both rooting zones and for an identical soil profile using the MSDD. Additionally, the user can simulate N[[O.sub.3].sup.-]-N leaching from the shallower and deeper rooted crop zones and from a soil depth identical for both crops.
In this example, the next question is answered affirmatively, and the MSDD for the depth of the deepest rooting system (0.9 m or 3 ft) is entered.
The residual soil N[[O.sub.3].sup.-]-N for each one of these different soil layers of the lettuce(winter cover crop/potato rotation and the N[[O.sub.3].sup.-]-N leaching from the bottom of the root zone and the bottom of the MSDD can be found in the output screens described in NLEAP.
The capability of simulating N[[O.sub.3].sup.-]-N leaching from each rooting zone and from the MSDD at 0-to-0.9 m (0-to-1 ft) can help in the evaluation of an entire agricultural system.