This method of secondary encryption-based chaos synchronization of three identical systems has two encryptions; compared to traditional chaos masking mode, it can additionally enhance the security of communication and is harder to decode.
Additionally, at the borders between some failure modes, mixed modes can occur with an unfavorable effect on load capacity.
Additionally, the multistable features such as stable positions, threshold forces and motion modes can be adjusted in a wide range for switching applications by just adjusting the magnets' arrangement.
Additionally, by sweeping through different values of the length L2 while keeping L1 fixed (L1 = 440 nm), the resonance amplitudes associated with different electric and magnetic modes can be varied.
Every task I put on my list has to have a mode attached to it - and those modes can be either very broad and general (Founder Mode, Father Mode), resource-based (Outlook Mode, Evernote Mode), energy-based (High Energy Mode, Low Energy Mode), activity-based (Blogging Mode, Planning Mode), or time-based (5 Minute Mode, 25 Minute Mode).
It is shown that the POD method can obtain accurate chaotic solutions, using fewer modes and less computational effort than the Galerkin mode approach; additionally, the POD method converges faster in the analysis of chaotic transients.
Additionally, the ARC system does not have an identified failure mode that can introduce positive reactivity in to the core.
Additionally, the previous studies also suggest that the transverse electric (TE) mode data can be more sensitive to near surface 3D effects (Ledo et al. 2002; Unsworth et al. 2004; Wannamaker et al. 1984).
High detection reproducibility can be additionally expected.
Rather than being in anticipation mode, you can shift into resolution mode.
