Criteria Of Flexibility Research Articles

Developing a transdisciplinary tool for water risk management and decision-support in Ontario, Canada

Extant literature reveals limited examination of risk management strategies and tools to support decision-making for sustainable water management in the private sector in Ontario, Canada. Moreover, a gap persists in understanding how water risks are prioritized and managed in the private sector. Addressing these gaps, this transdisciplinary study applied a novel normative-analytical risk governance theoretical framework to water security risks, which combines analytical risk estimation with normative priorities and insights of practitioners, to examine contextually-attuned water risk management strategies and develop a decision-support tool. Using mixed methods, the study first employed a survey to elicit practitioner priorities for seven water risk indicators and investigated water risk management approaches. Then, interviews were conducted to obtain in-depth understanding about the priorities, strategies, opportunities, and role of trust in water risk management. The study found that a combination of regulatory, voluntary, and multi-stakeholder participatory approaches is needed, contingent on the severity of water risks, sector, location, and context. Moreover, the criteria of flexibility, efficiency, strategic incentives, and economic and regulatory signals, are essential. Finally, using secondary data analysis, the study integrated interdisciplinary risk data with practitioner priorities to develop a first-of-a-kind decision-support tool for water risk management in Ontario, ‘WATR-DST’. WATR-DST is an automated tool that applies the study’s findings and assists multi-sector water-related decisions, practices, and investments by providing contextually-attuned risk information in a user-friendly format. Based on the user inputs (location, sector, and source type), it displays the severity of seven water risks, qualitative themes under public and media attention, and recommends water risk management strategies. Thus, the study contributes to knowledge in sustainability management, risk analysis, and environmental management by demonstrating the novel application of the normative-analytical framework for water risk management in the private sector. WATR-DST is a key contribution envisioned to improve multi-sector water-related decisions in Ontario.

Mathematical Creative Thinking Ability in Problem Solving Viewed From Adversity Quotient

This qualitative descriptive research aims to analyze the ability to think creatively mathematically in problem-solving in terms of the adversity quotient. The research was conducted on 10 students of the Mathematics Education Study Program, Faculty of Education, Pawyatan Daha University. Collecting data using questionnaires, tests, interviews, and documentation. Questionnaire to determine the Adversity Quotient scale. A test to measure the ability to think creatively mathematically. Data analysis in the form of induction and reduction theory. The results of the questionnaire showed 3 students (30%) quitters, 6 students (60%) campers, and 1 student (10%) climber. The test showed that 4 students (40%) had high ability, 4 (40%) moderate, and 2 (20%) low. The results of the analysis show that students with the quitter type fulfill the three problem-solving indicators. students of the flexibility criteria with the camper type fulfill all indicators but lack detail, and originality criteria students with the climber type are able to fulfill all problem-solving indicators in detail

Тенденции девелопмента и управления коммерческой недвижимостью

The article discusses trends in the development and management of commercial real estate. The relevance of development is substantiated from the point of view of creating a digital factory and managing commercial real estate based on the principle of property management. It is emphasized that digitalization of office centers is one of the trends of the modern commercial real estate market. It was revealed that the increase in demand for renting an office with its own infrastructure inside the building based on the criteria of technology, complexity, flexibility and functionality of the services provided is due to tenants’ requests for high-quality digital space. Based on an analysis of the situation in the global commercial real estate management market, digitalization as the main trend in the development and management of commercial real estate is to focus on an integrated approach to managing all processes and operations of an office center, organizing the functioning of an office center from the point of view of environmental friendliness, digitalization, the presence of high-quality social and service infrastructure, multifunctionality, organization of a comfortable, balanced workspace.

FORMATION OF A FLEXIBLE SYSTEM OF INTERNAL PLANNING AT ROAD TRANSPORT ENTERPRISES

The article establishes that due to the dynamism and uncertainty of the external environment, the formation and implementation of a flexible system of intra-company planning becomes especially relevant. The basis for the formation of a flexible system of intra-company planning is the criterion of planning flexibility, the essence of which is the ability of the planning system of the RTE to adapt to the changes that occur. To this end, the paper formulates the basic requirements for a flexible system of intra-company planning of a read transport enterprise, which presents the tools for managing RTE, including strategic, tactical and operational plans, which are the basis of a flexible system of intra-company planning. This toolkit ensures a quick response to changes in the internal or external environment in which the RTE operates. In order to develop a universal procedure for the formation of tools within the framework of a flexible system of internal planning, the article allocates variants of characteristics of development of this system, which can be considered the most simplified, i.e., the characteristics of development of the system of internal planning of RTE are presented. To develop the system of internal planning, the article offers a procedure of developing the tools of the flexible system of internal planning, which contains a set of successive stages. Within the framework of a flexible system of internal planning, when efficiency is defined as the degree of its compliance with the goals pursued, it is necessary to evaluate such a system by using the criteria of flexibility. Such an assessment is made using a system of quantitative indicators. At the same time, a comprehensive assessment can be obtained only when analysing indicators in dynamics - before the start of activities related to the formation of flexible system tools within the framework of internal corporate planning and after a certain period of time of functioning of the flexible system tools. The proposed model of a flexible system within the framework of intra-company planning is built on this basis and creates key elements related to this management tool, and fully reveals the existing interrelationships, giving a simplified view of the mechanism of interaction of these elements.

Analisis Pemilihan Supplier Dalam Pengadaan Material Kapur Menggunakan Analytical Hierarchy Process (Studi Kasus PT. Aneka Jasa Grhadika)

PT Aneka Jasa Grhadika is a company that focuses on the Engineering, Procurement, and Construction (EPC) sector. They are highly committed to maintaining the quality of their products with the aim of providing trust and satisfaction to customers. To manufacture its products, the company adopts three main production systems, namely Make to Order (MTO), Assembly to Order (ATO), and Engineering to Order (ETO). They are very committed to maintaining the quality of their products with the aim of providing trust and satisfaction to customers. The purpose of this study is to formulate the right decision in the context of selecting the best supplier for PT Aneka Jasa Grhadika, which has previously been one of their suppliers. The method applied is the Analytical Hierarchy Process (AHP), a decision-making technique that generates priorities for alternatives when multiple criteria are considered. Therefore, in the decision-making process, decision-makers must transform complex problems into a unified hierarchy of several levels. The results showed that the quality criteria received a weight of 32.5%. The price criteria received a weight of 31.3%, the flexibility criteria received a weight of 15.3%, the delivery criteria received a weight of 10.6% and the service criteria received a weight of 10.3%. In this study, there are three supplier options that can be selected. The analysis results show that PT Timbul Persada has a weight of 39.3%, PT Nafaro Bumi Mandiri has a weight of 37.8%, while supplier PT Harang Bumi Energi has a weight of 22.9%.

ANALISIS PENILAIAN KINERJA SUPPLIER PADA PT IDCSS

The best performance assessment of suppliers in the company is an effort to improve the quality of service and provide the best products to customers. The effort aims to keep the company competitive by minimizing discrepancies in the supply chain flow. Research was conducted on PT IDCSS to find the best performing suppliers in meeting the needs of artificial ornamental plant products, to minimize problems arising from the supply of inappropriate products. The method used in this research is the VPI frame worked Analytical Hierarchy Process (AHP) method with the main criteria of Quality, Cost, Delivery, Flexibility and Response which are divided into 17 sub-criteria. The results showed that the highest weights were the delivery criteria (0.389), cost (0.294), quality (0.157), response (0.108) and flexibility (0.052). The assessment results on supplier performance supplier MIS (0.260), YOH (0.256), FYG (0.244), CIL (0.129) and supplier SAM (0.112). This shows that supplier MIS has the best performance as a supplier of artificial ornamental plant products for PT IDCSS.

A NOVEL MODEL PROPOSAL FOR GREEN SUPPLIER SELECTION: AN APPLICATION IN THE RETAIL INDUSTRY

Today, good relations between companies and suppliers provide companies with a competitive advantage. Determining the supplier selection criteria and rewarding the suppliers by evaluating them at certain times is of great importance in establishing successful relations with the suppliers. For these reasons, in this study, it is aimed to determine and weight the criteria to be considered in the supply of products and fabrics in companies operating in the textile sector and to present the best results to green suppliers. In line with the determined purpose, studies were carried out in a retail company located in Istanbul from the textile sector. Supplier evaluation criteria were collected from the company and other studies in the literature and analyzed in two areas as main and sub-criteria. The evaluation of 34 different sub-criteria under the main criteria of cost, quality, delivery, flexibility, environmental management, technology and social was made by 3 experts. In the solutions of the evaluations, the best-worst method was preferred. The criteria weights determined according to the Best-Worst method were evaluated with the Weighted Aggregated Sum Product Assessment method and the ranking of 9 suppliers was revealed. Excel program was used during the analysis of the data.

Economic policy uncertainty and the ECOWAS exchange rate mechanism

This study examines the nexus between economic policy uncertainty and real exchange rates of ECOWAS countries to observe the countries’ responses to external shocks and explore the potential success of exchange rate mechanism (ERM) in the West African region. We explore several robustness in the analysis which include consideration of symmetric and asymmetric Autoregressive Distributed Lag model specifications, four alternative real exchange rates measures (US dollar-denominated, Euro-denominated, SDR-denominated, and real effective exchange rates), and three alternative economic policy uncertainty measures (global EPU, US-EPU, and EU-EPU). In line with theory, the findings suggest that the Meese–Rogoff puzzle is alive in West Africa given the widespread statistical insignificance of the estimates. Other dimension of the findings suggest that the countries respond asymmetrically to external shocks. The study highlights the importance of commitment to flexibility criteria in the region in place of devotion to macroeconomic convergence.

Modeling of halal supplier flexibility criteria in the food supply chain using hybrid ISM-MICMAC: A dynamic perspective

In the context of the halal supply chain, the need for flexibility of halal suppliers is increasing along with changes in regulations, policies, markets, and technology that change dynamically. Therefore, more systematic and dynamic modeling of flexibility criteria for halal suppliers is needed to improve the quality of halal supply chain management as a whole. The purpose of this study is to identify the criteria for halal suppliers by considering flexibility in the context of a halal supply chain. In this study, modeling the criteria for the flexibility of halal suppliers is carried out using the Interpretive Structural Modeling—Matriced’ Impacts Croisés Appliquée á un Classement (ISM-MICMAC) hybrid approach and a dynamic perspective. This study resulted in 11 criteria for halal suppliers which were divided into four levels in the ISM hierarchical structure. The criteria were spread over three quadrants of the MICMAC analysis, namely independent, linkage, and dependent. The results of the ISM and MICMAC approaches are then represented in a causal loop diagram which consists of an amplifying loop and a closed loop. The reinforcing circle consists of the criteria of responsibility-service-security-trust, while the balancing circle consists of traceability and costs. Even though the flexibility criterion is not in between the two loops, the criterion still influences other halal supplier criteria. This shows that flexibility criteria have important relationships and influences in the context of halal supply chain management.

A fuzzy robust stochastic model for designing a pharmaceutical supply chain with sustainability and resiliency dimensions

The importance of pharmaceutical supply chains in ensuring the health of communities is obvious to everyone. In the event of a crisis, the importance of pharmaceutical supply chains becomes more visible, and paying attention to the dimensions of sustainability and resilience in supply chains is an active research issue. However, crisis logistics modeling with these factors for pharmaceutical products is rarely considered. In crises, perishable medicinal products such as drugs should be provided to hospitals at the lowest cost and expediently. This paper develops a new fuzzy robust stochastic model to deal with the crisis logistics of medicinal products by considering the dimensions of sustainability and resilience using multi-objective programming. Because this model contributes to the criteria of stability and flexibility. By defining three types of goals, this model seeks to find the optimal place to cover the demand when establishing field hospitals and the optimal route for transporting pharmaceutical products from the drug collection stands to the pharmacy, as well as the optimal route for transportation from the accident site to the field hospitals. Since the proposal is more complex than other pharmaceutical supply chain studies, to solve the model, a hybrid heuristic formulated by multi-choice objective programming is designed. The application of this model is indicated in a case study in Iran. The efficiency of the developed model is tested with sensitivities. The performance of the solution algorithm is analyzed with numerical results through quality and time measures. Finally, a discussion to evaluate the management insight of the solution of the proposed optimization model and the solution algorithm is concluded. The results indicate that the proposed algorithm reduces supply chain costs and dissatisfaction regarding the fairness of drug distribution and increases demand coverage.

Selecting Green Supplier for Perishable Raw Materials using AHP Method at Nunia Boutique Villa Seminyak

Purpose: The aim of this research is to do the selection for green supplier for perishable raw material at Nunia Boutique Villa, Villa with 8 Units Villa located at Seminyak Badung Bali.
 Research methods: One of the methods that used in this research is Analytical Hierarchy Process (AHP) method with Vendor Performance Index (VPI) is a Quality, Cost, Delivery, Flexibility, and Responsiveness (QCDFR) by adding the Environment Management criteria. This research used the AHP method with the expert choice software.
 Findings: The final rating of relative importance’s supplier selection criteria was found: the Quality criteria (0.472) was ranked first in the order of priority in the green supplier selection criteria.
 Implication: The Cost criteria with 0.192, Environment Management criteria (0.102), Delivery criteria (0.091), Flexibility criteria (0.076) and the last criterion is Responsiveness (0.067).

Challenges to implementing a sustainable strategic evaluation framework of industrial parks: Mexican case

Industrial parks are essential in driving regional development, but how and how much do they benefit their regions? These questions motivated us to develop and implement a framework to evaluate the outputs of industrial parks (I.P.). Previous research developed the integrative framework Sustainable Strategic Evaluation Framework (SSEF) based on Managerial and Contextual Governance components. Relevant indicators for sustainability make part of the framework and can be adapted to match the availability of specific/local data. In this article, we report on implementing the Contextual Governance component of the SSEF to explain the dependency influence of contextual governance characteristics upon sustainability indicators for the regional impact of I.P. By analyzing the challenges during the implementation phase of the qualitative research, we bring new knowledge that can contribute to further developing sustainable strategic evaluation frameworks of I.P. We selected the case study approach to implement the SSEF, which includes an in-depth analysis. The industrial park Guanajuato Puerto Interior (GPI) in Mexico was chosen as sustainability principles have been embedded in this I.P. since its creation. The findings of this first SSEF implementation show that the Contextual Governance component was evaluated as RED restrictive in the criteria of Flexibility and Intensity of two governance dimensions: (i) Levels & scales and; (ii) Problem perspectives & goal ambitions. The other criteria were evaluated as YELLOW moderative, and only in the criteria of Extent related to the governance dimensions Levels& scales and Strategies and instruments was a GREEN enabling evaluation. The challenges identified during the SSEF implementation were directly associated with having a clear definition of the contextual governance factors and processes that simultaneously allow the identification of data to monitor the sustainability performance of the I.P.

Minimum environmental load extension through compressed air extraction: Numerical analysis of a dry low NOx combustor

The operational flexibility of gas turbine (GT) engines is a key requirement to coexist alongside increasing renewable energy that is often intermittent. One of the GT flexibility criteria is the Minimum Environmental Load (MEL). This is the lowest load the engine can be operated, without infringing on emissions limits (particularly CO) and is relevant to periods when there is a priority to renewable generation or low power demand. This study along with a series of related works of the authors proposes compressor air extraction for MEL extension. Here, a stand-alone three-dimensional numerical dry low NOx combustor demonstrates the technical viability concerning combustor performance and emissions. In addition, supplemented with low-order models for durability and stability evaluations. For the first time, there is evidence to show that the combustor can handle the 18% compressed air extraction to sustain a new MEL. This operation is characterised by a 12.3% reduction in CO through an increase of the fuel split ratio by 2% after design exploration cases. However, at the expense of a smaller overall rise in NO emissions by 5%. The durability analysis focused on the wall liner temperature assessments, which show no unusually high temperature rise for the new MEL. Similarly, the thermoacoustic instability frequencies and gains are around the normal operation mode. When benchmarked against previous related engine-level analysis, the evidence shows that the new MEL is a 7% points reduction of load.

Holistic System Modelling and Analysis for Energy-Aware Production: An Integrated Framework

Optimizing and predicting the energy consumption of industrial manufacturing can increase its cost efficiency. The interaction of different aspects and components is necessary. An overarching framework is currently still missing, and establishing such is the central research approach in this paper. This paper provides an overview of the current demands on the manufacturing industry from the perspective of digitalization and sustainability. On the basis of the developed fundamentals and parameters, a superordinate framework is proposed that allows the modelling and simulation of energy-specific properties on several product and process levels. A detailed description of the individual methods concludes this work and demonstrates their application potential in an industrial context. As a result, this integrated conceptual framework offers the possibility of optimizing the production system, in relation to different energy flexibility criteria.

Requirements for the Preliminary Design of Innovative Temporary Edge Protection Systems (TEPS) for Construction Works

At present, it is striking that a large percentage of occupational accidents in the construction sector are still caused by falls from height. Therefore, curbing the severe personal, social and economic consequences of these events is not only a commitment but an obligation for all stakeholders in the construction sector. After a review of current fall protection systems on construction sites, the purpose of this study is to establish the preliminary requirements for the design, development and prototyping of a new system which can be used as an auxiliary means to prevent occupational accidents in the construction sector caused by fall hazards at height. Based on the design science research (DSR) methodology, this paper tests the capability of alternative materials (metals, plastics and composites) to withstand the loads required by the regulatory standard UNE-EN 13374:2013+A1:2019 and looks at the improvements they can offer. The results obtained enable new metals and composite materials to be put forward, based on their suitability to the parameters of the risks of falling from height, ensuring that the greatest number of potential situations are addressed. Then, the needs to be satisfied and requirements to be met are listed, prioritised and considered for new temporary edge protection systems (TEPS). Next, the attributes that increase user satisfaction and/or reduce user dissatisfaction are filtered by means of a Kano model, which is applied thanks to the responses of construction designers, coordinators and supervisors. Once these questions are solved, an analytic hierarchy process (AHP) is performed by a focus group, weighing the Kano contributions and ranking the materials to be selected for the preliminary design of innovative TEPS for construction works. After considering safety, ergonomics, adaptability, sustainability, efficiency, manufacturability and flexibility criteria, the basis for the design of a new temporary edge protection system is established.

MANAGEMENT OF EDUCATIONAL ORGANIZATIONS: LAWS, PRINCIPLES, RULES

Laws of management are the basis for the creation and operation of educational organizations. Laws fix the unity and commonality of phenomena. The laws of management are objective. Their action is manifested only in human activity. The laws of management do not deny the nature and objective nature of economic laws. An educational organization as a group of people working together to achieve common goals is an economic category. Therefore, there is a need to use economic laws, due to the objective nature of their effect on the conditions of human activity or production team. The laws of educational management also have economic meaning. The effect of economic laws is expressed in the essential aspects of management relations. Economic laws affect the formation of the mechanism and methods of management, as well as the outcome of the educational organization. The current level of management development shows that considering only economic laws in management is not enough for the effective work of the educational organization.
 Educational management must meet the requirements of objective laws. The process of complying with the requirements of the law is carried out through an understanding of the objectivity of the law and the creative activity of the leadership and managers of the educational organization. Each law has its own forms of influence on the educational organization. Thus, the law of common goals is manifested in the need to define a common goal (mission) and the formation of a system of goals of each element and the educational organization. The law of division of labor determines the need for the allocation of functions, functional areas of activity and management processes. The law of external complement forces the head of the organization to remember the factors of the external environment and respond to their influence. This law dictates the conditions in which the organization must operate. The success of an educational organization is determined not by its internal conditions, but by how well it can adapt to its external environment. Under this law, the leadership of the educational organization must recognize in time the threats posed by the external environment and seek the maximum benefit from the opportunities it provides. The law of inertia is manifested in the relations formed by direct and feedback, as well as the criteria of flexibility and adaptability. The law of saving time is manifested mostly in such forms as labor productivity, the system of norms and standards, the use of means of labor. The production, technological, managerial, information structure of the educational organization, as well as the economic levers of its functioning are used as a mechanism for implementing the laws.
 One of the most important things to keep in mind when it comes to governance is that human action is subject to general principles. A principle is a general norm, a rule that is shared and recognized by all people or individual groups of people. The management of educational organizations rarely deals with a limited set of principles. It deals with a set of interdependent principles. Management is an applied science. Therefore, it should be based not only on general laws, but also on their own principles, which express the specifics of the science of management. Management principles are derived from general laws and reflect the relationships formed in the organization, according to which the management system should be formed, function and develop.

Comparison analysis on simplification methods of building performance optimization for passive building design

Building performance optimization (BPO) is effective for designers to explore passive building alternatives based on defined performance metrics. As the first step of BPO, the simplification of design problems has been performed in diverse methods. However, its identification and selection are still a challenge. This study firstly develops a simplification matrix based on two criteria of complexity and flexibility to categorize existing passive design options. Secondly, four simplified configurations are compared to evaluate their impact on the quality and correlation of optimized solutions. A prefabricated building was selected as the case study, and three performance metrics were defined as energy use intensity, thermal discomfort ratio and dissatisfaction of daylight illuminance. In the results, the low-complexity model with high flexibility outperforms the other simplifications with expected improvements of 20.16%, 15.14% and 47.09% for three metrics. However, the difference in improvements between low- and high-flexibility models lies within 2%. Based on the results, the low-complexity model with low flexibility would be the most promising simplified method, as it can integrate engineering information into BPO with a negligible performance gap. Moreover, it is also found that the correlation varies significantly between low- and high-complexity models, which is caused by the variation of the transparent parameter from window to glass. Finally, the multi-objective genetic algorithm II has an advantage in convergence speed over the non-dominated sorting genetic algorithm II.

Process-to-market matrix mapping: A multi-criteria evaluation framework for industrial processes’ electricity market participation feasibility

Industrial consumers have a high potential to directly participate in short-term electricity markets to provide flexibility to the electricity system, particularly due to their large electricity consumption and accurate control of electricity-consuming processes. However, the different market participation options available in a deregulated electricity market context make participation feasibility unclear, as each (sub)market option has different market regulations. To address this issue, this paper proposes a process-to-market matrix mapping framework to evaluate the most feasible electricity (sub)markets for a given industrial process based on a set of techno-regulatory criteria. There are three stages in this framework: at stage 1, the properties of the industrial consumer and the market options are described in terms of standardised criteria; at stage 2, a matrix is developed to link consumer flexibility criteria (horizontal dimension of the matrix) to the relevant market criteria (vertical dimension); at stage 3, a scoring system is applied to evaluate the participation barrier level for each criterion link in the matrix. This paper uses the Danish electricity (sub)markets to illustrate the evaluation framework, and takes an industrial greenhouse, a cement mill and a cooling house as industrial process case studies to implement the developed method. Results show the main participation barriers, both from a market regulation and an industrial consumer perspective. From these, it appears that the type of industrial process significantly influences the choice of (sub)market to participate in. Barriers can be minimised by choosing market options with regulations better aligned with the consumer’s flexibility criteria. The importance of flexibility at the organisational level for market participation feasibility is also underlined. The developed framework provides a systematic method to evaluate the market participation feasibility, which can be used as a decision support tool for market participation and to overcome identified techno-regulatory barriers.

Assessment of Building Automation and Control Systems in Danish Healthcare Facilities in the COVID-19 Era

A well-designed and properly operated building automation and control system (BACS) is key to attaining energy-efficient operation and optimal indoor conditions. In this study, three healthcare facilities of a different type, age, and use are considered as case studies to investigate the functionalities of BACS in providing optimal air quality and thermal comfort. IBACSA, the first-of-its-kind instrument for BACS assessment and smartness evaluation, is used to evaluate the current systems and their control functionalities. The BACS assessment is reported and analyzed. Then, three packages of improvements were implemented in the three cases, focusing on (1) technical systems enhancement, (2) indoor air quality and comfort, and (3) energy efficiency. It was found that the ventilation system domain is the best performer in the three considered cases with an overall score of 52%, 89% and 91% in Case A, B, and C, respectively. On the other hand, domestic hot water domain scores are relatively low, indicating that this is an area where Danish healthcare facilities need to provide more concentration on. A key finding indicated by the assessment performed is that the three buildings score relatively very low when it comes to the impact criteria of energy flexibility and storage.

Design and implementation of an ASIP for SHA-3 hash algorithm

In recent years, application specific instruction set processor (ASIP) has attracted many researchers attention. These processors resemble application specific integrated circuits (ASICs) and digital signal processors (DSPs) from the performance and flexibility point of view, respectively. In other words, ASIP makes compromise between performance and flexibility criteria. The SHA-3 hashing algorithm has been introduced as the safest and the newest algorithm in 2015 as a global standard. In this paper, a processor with specific instruction set is designed and implemented with regard to variant execution steps of this algorithm. In order to do the modelling and simulation of the processor, we have used the VHDL hardware description language and the ModelSim SE 6.1 tool. Moreover, in order to implement it on a field programmable gate array (FPGA) platform we have used the Xilinx ISE 10.1 tool. The implemented processor has 213.356 MHz operating frequency and 3.004 Mbps throughput.