Binary Logic Research Articles

Self-translation, Rewriting, and Translingual Address: Li Kotomi’s Solo Dance

Abstract Drawing on Susan Bassnett’s critique of ‘self-translation,’ whereby the phenomenon is understood according to a binary source-target logic and the related notion of originality, this article examines three versions of a Li Kotomi novel: the Japanese original Hitorimai (独り舞, 2018), the Chinese self-translation Du Wu (獨舞, 2019), and Arthur Reiji Morris’s English translation Solo Dance (2022). Our focus is on how Li’s practice of self-translation and translanguaging muddles traditional boundaries between culture and language, and challenges binary notions of translation. Rather than viewing self-translation through source-target/original-translation binaries, we examine Hitorimai and Du Wu as a translingual, transcultural dialogue between Li (as author and translator) and her readers in a space of “translingual address” (Robinson). Furthermore, we discuss queer cross-cultural representations in Morris’s English translation and argue that, together, the Japanese text and the Chinese self-translation constitute the queer original of the novel.

Design of Low Power Ternary Logic Encoder and ADC using CNTFET

Ternary logic has received substantial attention over the past decade due to its compensations of smaller chip area and interconnection compared to outmoded binary logic. Carbon Nanotube Field Effect Transistor (CNTFET) technology is widely used for ternary logic implementation due to its versatile threshold voltages. The increased power consumption in current designs utilizing CNFETs, as linked to binary logic, is attributed to elevated static power dissipation within the design. This work recommends alternative triple encoder designs with a focus on reducing the consumption of power. The model uses an additional Vdd/2 supply voltage to decrease static power dissipation and encoder power delay. Cadence virtuoso-based circuit simulations are implemented for the proposed encoder design.

Maniera and the education of a painter: iterations of Mannerist art theory in academic classicist doctrine and its critique

ABSTRACT This article seeks to discuss narratives underlying the debate on artistic training and (self)education of artists in two distinguished moments: the sixteenth-century Italian Mannerism and nineteenth-century artistic movements which opposed academic instruction. Mannerist treatises were the first to encompass aesthetic and pedagogical concerns in the context of newly established art academies – providing a fundamental, albeit essentially unrecognised, conceptual background for the subsequent discussions on art education. The goal of this article, therefore, is to examine how the rich discursive production of Mannerist authors provided the frame of reference and delineated the limits of this debate until the late nineteenth century – by setting forth the perennial question of the polarity between imitation and individuality. For the conceptual treatment of empirical sources, we adopted an archaeological approach, which enabled us to identify how the derivations and appropriations of Mannerist concepts provided the theoretical base for both the firm establishment of Academic dogmas and, in parallel, their critique. By this methodological choice, we hope to make apparent how these narratives continually revolve around the same ideas in a binary logic of delivering critique and suggestions of reform and change, contributing thus to the deeper understanding of the debate on art education.

Control Unit of a Three-Ports Hybrid Converter of a Microgrid Based on Ternary Logic Circuits

This paper, provides the design and simulation of the control modes of three different power sources that are commonly used in hybrid systems especially when combining the sources of photovoltaic (PV), electric vehicles (EV) and Energy storage system (ESS). The control scenarios discuss the different combinations of sources and loads based on ternary logic system (0,1,2) that has many advantages over the classical binary logic system (0,1). To prove that, first, the ternary logic gates must be verified and simulated as MOSFET by Matlab / Simulink then a ternary logic control (TLCU) will be designed. TLCU can select the right direction of power flow from the energy source to the load based on the ternary truth table that shows the relationship between the inputs (ternary states of sources and loads) and each output that has only two states (ON or Off). At the end of the paper, the circuit of a ternary logic control circuit that can optimize the number of used elements of MOSFET is designed and tested. Comparing to binary, it is expected not only to optimize the number of MOSFET but also to accelerate the speed of operation.

“The Aberrant Is the Classic”: William Carlos Williams and Literary History

Abstract The “classic” is a vexed term in the work of William Carlos Williams. He uses the category to describe both the stale classicism of T. S. Eliot and Ezra Pound and, conversely, the authentic, “aberrant” classic of James Joyce and surrealism. Analyzing unpublished archival manuscripts alongside the posthumously published collection of essays, The Embodiment of Knowledge, I approach the classic through Williams's theories of pedagogy. Williams parodies and rejects academic modes of reading that cling to the “malignant rigidities” of the past. Yet Paterson and The Embodiment also theorize the reader's interpretive power to disrupt any homogenizing conformity latent in the literary tradition. This dissonant hermeneutics can recuperate the classics and represents a form of resistance to a binary logic of past versus present, or European versus American literature.

Enhancing high-speed digital systems: MVL circuit design with CNTFET and RRAM

Multiple Value Logic (MVL) circuits in high-speed digital systems can represent significantly more information than traditional binary logic circuits. The increasing demand for enhanced data storage capacity has driven the adoption of MVL circuits. However, designing MVL circuits presents challenges, particularly in achieving improved performance aligned with the desired threshold voltage. To address this challenge, harnessing carbon nanotube field-effect transistors (CNTFETs) has been instrumental in designing MVL circuits. CNTFETs offer distinct advantages due to their large resistors. Furthermore, substituting these resistors with Resistive Random Access Memory (RRAM) to implement Ternary logic circuits enhances storage capacity by enabling multiple resistance states within a single cell. This paper presents a novel MVL circuit design that leverages the unique characteristics of CNTFETs and RRAM. Additionally, gate implementation is explored using a Recurrent Neural Network − Long-Short Term Memory (RNN-LSTM) based Tasmanian Devil Optimization algorithm. The practical implementation uses Synopsis HSPICE software with CNTFET technology at 32 nm. A comprehensive performance analysis compares this approach with state-of-the-art solutions regarding delay, area, and power consumption. Significant reductions in area, power consumption, and transistor count are revealed with the proposed approach.

A Fuzzy Logic-Based Automobile Fault Detection System Using Mamdani Algorithm

Due to advancement and complexity of modern automobiles, fault detection has gone beyond manual or trial by error methods. The fault detection technologies in automotive industry is used to identify any potential or already existing fault in automobiles. Faults in automobiles are usually mechanical or electrical faults that may include airbag control unit, radiator, gearbox, transmission control unit, tyre pressure, brakes, air conditioner, cylinder casket, alternator, hubs malfunctions etc. Each fault has a specific or related sign and symptoms. There are several methods of fault detections in automobiles like the binary logic technique, the fuzzy logic method technique and artificial intelligence technique with different algorithms. In this research work, we employed a fuzzy logic based technique that uses a Mamdani Algorithm which presented a better fault detection mechanism. Mamdani’s algorithm was proposed by Ebrahim Mamdani as a fuzzy inference method which has a rule-bases that are more intuitive and easier to analyse and implement. Mamdani’s algorithm produces fuzzy sets that originate from fuzzy inference system’s output membership function for decision making. This research work is a web-based technology that was implemented using JavaScript, JQuery and SQL server, ASP.Net, Bootstrap 3.5 and CSS. The output of the system showed a greater improvement from other existing methods of fault detections in automobiles.

Design of unbalanced 9:2 ternary encoder and 2:9 ternary decoder circuits in resistive random access memory and carbon nanotube field effect transistor technology

SummaryMultivalued logic (MVL) offers higher information density as compared with binary logic systems for an equal number of digits. In a ternary microprocessor, memory access is the most time‐ and power‐consuming action. In order to design a ternary computer, the possibilities for designing ternary encoders and decoders must be examined. This paper presents the designs of 9:2 unbalanced ternary encoder (TENC) and 2:9 unbalanced ternary line address decoder (TDEC) based on novel designs of standard ternary inverter (STI), ternary NAND (TNAND), and ternary NOR (TNOR) logic gates using resistive random‐access memory (RRAM) and carbon nanotube field effect transistor (CNTFET) technology. The simulation results indicate an improvement in performance parameters such as power consumption, delay, power–delay product (PDP), and component count of the proposed circuits in comparison with the different existing counterparts. Moreover, a detailed analysis is carried out on the impact of different process, voltage, and temperature (PVT) variations on the performance metrics, including propagation delay, power consumption, and PDP of the 9:2 unbalanced ternary encoder and 2:9 unbalanced ternary line address decoder. The proposed ternary encoder circuit shows an improvement of 62% in delay, 71% in power consumption, 88.6% improvement in PDP, and 53% reduction in CNTFET count, whereas the ternary decoder circuit exhibits an improvement of 6.6% and 94% in delay and 43% and 94% improvement in power consumption, respectively. Moreover, the CNTFET count is reduced by 16.07% and 46%.

Binary and ternary logic-in-memory using nanosheet feedback field-effect transistors with triple-gated structure

In this study, we demonstrate binary and ternary logic-in-memory (LIM) operations of inverters and NAND and NOR gates comprising nanosheet (NS) feedback field-effect transistors (FBFETs) with a triple-gated structure. The NS FBFETs are reconfigured in p- or n-channel modes depending on the polarity of the gate bias voltage and exhibit steep switching characteristics with an extremely low subthreshold swing of 1.08 mV dec–1 and a high ON/OFF current ratio of approximately 107. Logic circuits consisting of NS FBFETs perform binary and ternary logic operations of the inverters and NAND and NOR gates in each circuit and store their outputs under zero-bias conditions. Therefore, NS FBFETs are promising components for next-generation LIM.

Decolonisation as Dis-Enclosure: overcoming the dangers of positionality and identity in comparative education

ABSTRACT This conceptual paper aims to discuss how to address the dangers emerging from scholars’ proclamations of positionality and identity in debates on decolonisation in comparative education. The approach proposed engages with two ideas that were central to the work of French philosopher Jean-Luc Nancy and were further developed by Cameroonian philosopher Achille Mbembe: dis-enclosure and being-in-common. The author argues that these two ideas offer an alternative ontology of decolonisation that challenges the binary logic of identitarian thinking (e.g. western/non-western; white/non-white) in which proclamations of positionality and identity may often be rooted. This argument highlights the theoretical and political advantages of adopting a non-identitarian perspective for decolonisation debates in comparative education. The paper concludes with considering the implications of this alternative ontology of decolonisation in comparative education, with a specific focus on how scholars can foreground a shared responsibility for ‘reparative futures’ in research, writing, and teaching.

Evidence supporting correlation between aging and dengue severity: A retrospective analysis on the 2010 dengue outbreak in Brazil

Objective: The aim of this study is to explore the role of aging and non-communicable diseases (NCDs) as potential risk factors for severe clinical manifestations of dengue. This investigation was conducted within a cohort of patients from the 2010 epidemic in Belo Horizonte, Brazil. Methods: A total of 144 subjects diagnosed with dengue were categorized into two groups, representing the early and late (critical) stages of the disease. Further stratification was performed based on age, distinguishing between young and aged subjects. NCD subjects were also divided into young and aged groups. The symptomatology, previous clinical history, age, and presence of NCDs were inquired. Blood samples were collected for the analysis of platelet, soluble tumor necrosis factor receptor 1 (sTNFR1), and aspartate aminotransferase (AST) levels. The Mann-Whitney test was explored for the comparison of two groups, whereas the Kruskal-Wallis test was used for the analysis of differences among the multiple groups. Categorical variables were examined by Chi-square test. Correlation assessments were conducted using binary logic regression analysis with a 95% confidence interval. P<0.05 was considered statistically significant. Results: Compared to the younger subjects with NCDs, aged subjects exhibited a more severe form of dengue during the critical phase. The presence of NCDs was not associated with a worse dengue outcome in younger individuals, suggesting that aging itself maybe an important contributor to the severity of dengue. Conclusions: In the studied cohort, we emphasize that aging is a significant factor associated with severe manifestations of dengue. While we do not discard the potential role of NCDs in exacerbating disease progression, it may be more prominently impact the aged groups.

SIRT3 rs11246020 Polymorphism Associated Postprandial Triglyceride Dysmetabolism.

Energy metabolism is regulated by SIRT3, no research has been done on the connection between lipid metabolism in the oral fat test and SIRT3 polymorphism. Thus, we conducted a case-control study to investigate the connection between postprandial lipid and SIRT3 polymorphism. 402 non-obese Chinese subjects were enrolled and their postprandial lipid response to oral fat tolerance test (OFTT) was observed to understand the relationship between rs11246020 gene and postprandial triglyceride metabolism. In a binary logic regression model, a protective effect of the T allele of the rs11246020 SIRT3 for postprandial hypertriglyceridemia was shown (OR=0.417, 95% CI = 0.219-0.794, p=0.008). Compared to the CC genotype, individuals with the TT+CT variant of the rs11246020 SIRT3 gene demonstrated significantly lower levels of homeostasis model assessment of insulin resistance (HOMA-IR) (p=0.04), postprandial plasma glucose (PPG) (p=0.037), fasting plasma glucose (FPG) (p=0.02), and 4-hour triglyceridemia (Tg) (p=0.032). The C allele of rs11246020 SIRT3 gene may be a risk factor to increased possibility of postprandial triglyceridemia after an oral fat test, which involved in the mechanism of glucose and insulin metabolism.

Charge transfer mechanism for realization of double negative differential transconductance

With development of information age, multi-valued logic (MVL) technology utilizing negative differential transconductance (NDT) phenomenon has drawn attention as next-generation computing technology that can replace binary logic. However, because conventional NDT devices primarily use ternary logic, multiple-peak NDT device is required for higher-radix MVL that can process more datasets. Here, van der Waals double-peak anti-ambipolar transistor (AAT) as NDT device was developed by utilizing peak voltage (Vpeak) modulation of NDT peak. For realization of quaternary logic, Vpeak modulation technology was developed through charge transfer mechanism from channel, thereby shifting NDT peak and increasing peak-to-valley current ratio (PVCR). Furthermore, Double-peak AAT was implemented through parallel configuration of two AATs with different Vpeak values. Finally, quaternary inverter with four widely stable logic states was implemented by utilizing the developed double-peak AAT with two distinct NDT peaks and high PVCR. This double-peak AAT is expected to contribute to the development of next-generation MVL technology capable of processing datasets.

A review on multiple-valued logic circuits

Since the traditional binary logic has several disadvantages including inaccuracy, high complexity, and limited applications. Multiple-Valued Logic (MVL), which can store more information in one digit than binary logics, require less number of logic gates and take the third value in practical logic problems, is developed and introduced. More information stored per digit leads to higher computational efficiency. Less logic gates results in more spaces on the circuit board. Considering the third value means higher accuracy. In this research, some examples of different MVL circuit are designed to give a rough picture of current research in this domain. These designs are based on ternary and quaternary logics rather than binary logics. Besides, reliability evaluation through mathematical approach is presented in order to prove that the new design is more preferable. This can be carried out with mathematical analysis such as calculating a matrix that reflects its reliability, and simulating different designs to obtain certain values and comparing them with each other. Despite facing various challenges, including complicated physical implementation and difficulty to modulate the signals. This means that there is still potential of further research in this domain of logic circuits. This result in the conclusion that the MVL logic circuits will replace the conventional binary logic circuits in the future, and probably that decimal logic would be developed and no binary-to-decimal conversion unit will be required.

Learning in colloidal polyaniline nanorods

Liquid-based computing media are massively parallel computing devices with high fault-tolerance and self-healing capabilities. They can compute by propagating and interacting phase waves or by changing their internal coordination.Colloidal suspensions of conductive polymer nanorods are expected to be interesting candidates for developing the computing subsystem in such applications, because of their anisometry which makes them particularly susceptible to electrical fields.In this work, we investigateda suspension of polyaniline nanorods (NRs) to explorethe potential of generatinglearning mechanisms in the colloid and applyingthem in the computing system of future cybernetic systems. We demonstrated that learning, as expressed in the formation of programmable conductive pathways leading to distinct states, can be implemented using Alternated Current (AC) electrical stimulation. We achievedrepeatable programming of colloid resistance anisotropy that can be easily mapped into binary logic, demonstrating that this is due to the AC field effects on the hydrogen bonds that stabilise the dispersoids in the solvent as well as the charges' orientation inside the polymeric chains. We also influencedthe conductivity of polyaniline (PANI) NRs by changing their molecular conformation. The findings establish robustprotocols for programming future liquid robots.

Rawson Rawson and Early Victorian Poverty Knowledge

This article scrutinizes Rawson W. Rawson over seven years, from 1837 to 1844, during which he served as founding editor of the Journal of the Statistical Society of London and then as civil secretary to successive Canadian governors-general. Rawson studied poverty in London, amplified criticisms of Malthusian Poor Law disciplines in Scotland, and applied that logic to Indigenous poverty on the colonial frontier. The statisticians sought generic definitions of property and agency that sometimes challenged a more binary logic of civilization. But in Canada, Rawson's very critique of dispossession became an instrument of that dispossession.

An energy-efficient design of ternary SRAM using GNRFETs

ABSTRACT The primary requirement of internet-of-things (IoT) applications is to have an energy-efficient design that extends the battery life for long-term operation. To achieve energy efficiency, one can employ multiple-valued logic (MVL) instead of binary logic and utilise graphene nanoribbon field-effect transistors (GNRFETs) as variable-threshold voltage (V th ) capable devices. The implementation of an MVL system enhances data transferability and reduces the number of interconnections, resulting in improved energy consumption compared to a binary system. In such systems, static random access memory (SRAM), which serves as a crucial component of very large-scale integrated (VLSI) chips, dominates energy consumption. This research paper introduces an energy-efficient ternary SRAM using GNRFETs. We propose a standard ternary inverter based on GNRFET devices, which serves as the fundamental building block of a storage cell. Simulation results conducted on a 32-nm GNRFET with a 0.9 V supply voltage demonstrate that the proposed design achieves energy consumption improvements ranging from 46.39% to 98.16% compared to the most recent ternary SRAMs. Furthermore, the SRAM cell is evaluated under various processes and environmental parameter variations.

Artificial Intelligence and Our Secret Mind: Human Mediation in Grey Zones

CIRET has set up an AI research group to highlight the need for human ethical mediation in theage of digital technology and binary logic. Francisco Varela has observed that cognition can take place inthe computer field without appealing to consciousness. Yet human decision-making cannot be the resultof cognition alone and requires the interaction between cognition and consciousness. In fact, rationalistand reductionist models borrowed from the hard sciences have only shown a mechanistic vision of AI ora biological-environmental vision, which cannot be applied to complex human phenomena occurring in agrey zone. In this grey or fuzzy zone of mediation, conciliation, and repair, we need the dialectical processor dialogue between consciousness and cognition. In this context, the proposal of mediating leaders andmanagers appears as a possible ethical alternative to demonstrate that consciousness is beyond the logicof the computer. Humans must remain responsible for all the effective decisions that will help us solveproblems theoretically and concretely. We therefore need an emerging global wisdom that flows from ourconversations about AI and appeals to human consciousness at all its levels of reality. This group produceda Symposium on November 21 and 22, 2023, in which we imagine that AI may be at the service of humanevolution and resiliency in “learning to be societies” instead of contributing to block our evolutions: if AIremains a work tool. . . Certainly it will because the creation sparkles still a mystery for men themselves.

Artificial Intelligence and the Transdisciplinary Human Mediation of HPTD-M

This article studies the scope of Artificial Intelligence (AI) through the HPTD-M theory, i.e., the Holopraxis Transdisicplinary Management. It aims at collaborating to the debate on the limits of AI, including ChatGPT simulations, comparing the four types of intelligence in the HPTD-M Theory, namely empirical, emotional, rational, and intuitive, with the nine types of Gardner´s multiple intelligences theory (MI Theory). The types of intelligence are also compared with psychosomatics, the emotional shadow of the Western culture, the levels of the collective unconscious, and soft skills. The concept of mediating manager has an essential role in showing the limits of AI, which is an exceptional instrument for KNOWING but not UNDERSTANDING. An example of adequate use of AI through ChatGPT is demonstrated through a discussion on Plato's four virtues. A table considering the HPTD-M quaternary structure of intelligence shows how there cannot be consciousness awakening in AI, since it is limited to rationality. Besides, the HPTD-M’s three types of logic, i.e., Binary, Feedback, and Included Third, are another way to demonstrate that AI is based merely on the Binary logic. Management tools need to be used a priori with awareness of the limits of their applications. AI is no different, a disruptive technology that every professional will have to learn to deal with, like the personal computer in the late 1980s, an excellent rational tool, but not an empirical, emotional, or intuitive resource for problem solving. The AI binary logic does not apply to the complexity of human phenomena. Furthermore, AI can function as a consultant or assistant in terms of an efficient source of information, but not as an effective manager or decision maker. Roughly, through the managerial theory, effectiveness is to do the right thing, which is more than efficiency (to do things right). Then, in this author´s opinion constructed through simulations in the ChatGPT to obtain efficient results, the questions to AI need to be objective and precise in the concepts. There cannot be complex issues involving human phenomena: This is for the effective human decision maker, not for AI to answer since there can’t be consciousness awakening in AI.

CNTFET-based digital arithmetic circuit designs in ternary logic with improved performance

Ternary logics are more desirable than the binary logic because it offers high speed operations and large density of information in digital logic systems. The carbon nanotube field-effect transistors (CNTFETs) are considered as better option for designing the ternary circuits because it provides the multiple threshold voltages by changing nanotube diameter. The complex arithmetic schematics such as adders and multipliers are important circuits in many VLSI applications. The ternary half-adder (THA) and multiplier (TMUL) designed using the Stanford 32 nm CNTFET are proposed in this study. The proposed THA and TMUL uses 41 and 33 CNTFETs and that resulting in a 54.44 % and 45 % reduction in transistor count, which plays major role for delay and power optimization. As a result, the proposed THA shows 37.01 %, 14.07 %, and 45.87 % improvement in delay, power, and energy, whereas TMUL shows 30.48 %, 6.64 %, and 36.74 % improvement in delay, power and energy, respectively, compared to existing circuits. The proposed THA and TMUL are developed using HSPICE with 0.9 V as a supply voltage.