## 3 Results: AGA Logic Variables for Scene Description and Dialog Communications
### Communication Module and the Dialog Protocol
Such a time response is comparable with a human time response in dialog mode. The computing time for other subroutines can be approximately estimated by the comparison of the number of operators used in alternative programs. \begin{table}
\begin{tabular}{c c c c c c c} \hline \hline  & \multicolumn{3}{c}{**Received Data Buffer**} & \multicolumn{3}{c}{**Reserve for Intermediate Calculations**} \\ \hline
**N** & **Part 1** & **Part 2** & \(\ldots\) & **Part 30** & **Results 1** & **Results 2** \\ \hline
**\#A18–A16** & \#000b & 000b & \(\ldots\) & 000b & 000b & 000b \\
**\#SB (A15–A8):** & \#111b & \#111b & \#111b & \#111b & \#111b \\
**\#LB (A7–A0):** & \#0–7 & \#8–15 & \(\ldots\) & \#233–239 & \#240–247 & \#248–255 \\ \hline \hline \end{tabular}
\end{table} 
Table 12: SRAM buffer structure for received phrases’ 8-byte parts in the 2D dual-chip module. It can contain 30 written parts, obtained from the receiving module. #LB provides up to 256 possible code numbers for various words in a vocabulary. Results of modeling. * The proposed structure of coded vocabularies and the conjugated dialog protocol are tested by two designed microassembler programs, realized for the dual-chip module based on 8-bit MCS-51 microcontrollers. * Subroutine LLWRD has approved the algorithm for data extraction from the proposed adapted version of LL module. It involves a short (100 operators) program. Subroutine CHKPHR has demonstrated the possibility to find correct content parts of dialog phrase for the given header part. * Carried-out microassembler software is quite close to AI tasks, typical for devices of IoT level, and provides simple-enough programming. Also, it can be combined with earlier published algorithms and software [68; 69; 77] for the calculations of AGA functions and the base LL scheme. * The designed dialog phrase protocol for agents' communication, involving 8-byte header and content parts, is compatible and convenient enough for the process by 8-bit dual-chip module. * Designed vocabulary structure can be used in simple 8-bit platforms with limited free memory resources, and the proposed dialog protocol can selectively transfer various combinations of logic words and verification coefficients. * AGA vocabulary structure in 8-bit modeling provides 256 coded words, \(w^{K}_{v,m}\), and \(w^{N}_{v,m}\), creating the possibility to form complicated-enough terminology chains and to design tasks descriptions, providing distant exchange of data. * An adapted version of LL with five input variables is the minimalistic possible tool for protected local storage of critical data, protected by paroles and hash values. If necessary, more complicated versions of LL can be extended by means of the enlarged number of hash values, approving the LL by other internal and external modules. * The proposed subroutine LLWRD is compatible with algorithms published earlier in [68; 69] and complements AGA subroutines for XOR calculations. Also, one can use the algorithm from [68] for connection to PC. * Designed algorithms are applicable both for truth-level codes, \(w^{K}_{v,m}\), and natural number ones, \(w^{N}_{v,m}\), which can be further used for new and more exhausted verification schemes in the heterogeneous logic architecture of agent. Further research needs to design a universal algorithm and microassembler subroutine of template AGA function that can be flexibly adapted for the process of all proposed versions of LL scheme, i.e., can be re-switched by the choice of appropriate control parameters. That will help to avoid excessive software in dual-chip module, which is limited by 500-600 operators per one MCS-51. The SRAM microscheme in dual-chip module potentially can be enlarged up to 32 MB. The vocabulary structure and word codes should be further applied to the dual-chip scheme itself and to commercial robotic platforms like Arduino in order to imitate peripheral AI procedures in decision-making modules and to involve standard wireless network modules.