Примеры использования Semg на Английском языке и их переводы на Русский язык
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The number of electrodes is determined by the muscles from which the sEMG data is to be recorded.
The surface EMG- SEMG- is able to determine the muscle's innervation without needles, using adhesive electrodes.
Underlining the importance of full cooperation between the SEMG and the Government of Eritrea.
Firstly, the nature of the sEMG signal depends not only on the bioelectrical activity of the muscle concerned, but also on many other factors.
Taking note of the final reports of the Somalia and Eritrea Monitoring Group(the SEMG) and their conclusions on the situations in both Somalia and Eritrea.
In this case sEMG is an informative analytical tool, helping to optimise exoskeleton design to reduce the metabolic"cost" of locomotion 81.
For example, the feedback can be based on information from goniometric(angle-measuring)sensors, and the sEMG signal is used for the calculation of the offset correction in the joint 100.
The sEMG sensors in these myographic systems contain 3D-accelerometers and the registration of the sEMG signals can be performed simultaneously in different channels i.e.
SENIAM recommendations regulate the requirements for processing and modelling of the sEMG signals, in particular, the passband of the myograph and the frequency of digitising the electrical signals from the muscles 29, 30.
Despite the fact sEMG is considered the most informative and appropriate method for the evaluation of muscle functioning during exoskeleton use, its application sets a number of challenges 26.
The Security Council underlines that this team would complement the work of, and should coordinate with, the Somalia and Eritrea Monitoring Group(SEMG), in order to avoid any duplication in their respective activities.
The main problem with using sEMG signals for biocontrol is their changeability and instability, mainly due to external interference, electrode displacement, skin sweating and muscle fatigue 32, 33.
For this reason other models are being developed,namely using proportional myoelectric control that presupposes constant analysis of the sEMG signals in the real-time to allows more effective control of active exoskeletons of the upper limbs for example 93-99.
For instance, a method of sEMG control has been proposed based on impedance change, as this allows not only the features of the electromyographic signal to be taken into account, but also the properties of the human body 87.
The development of modern controlled robotic devices with different degrees of freedom has, to a great extent, contributed to the importance of solving the problem of obtaining andthen adequately decoding sEMG signals[21], but the approaches to the myocontrol of exoskeletons, powered prostheses and ortheses all have much in common 14.
Another approach involves direct power-control of the external device: sEMG signals are converted into values representing the force the body is applying to the limb and are compared with the forces recorded by a power sensor fixed onto the limb.
Requests the SEMG to provide the Federal Government of Somalia feedback on its reporting to the Committee and to keep the Security Council regularly informed on compliance by the Federal Government of Somalia with this and other relevant Council resolutions;
For some categories(for example, in children)there are normative data about the sEMG patterns for healthy people[44] and these are suitable for comparative analysis with the data obtained when evaluating robotic devices 43.
If sEMG results from the leg muscles during normal walking on the treadmill testified to a the switching on of compensatory mechanisms, the use of the electromyographic patterns with the exoskeleton could reflect the real recovery of motor functions 43.
Underlines the importance of a constructive relationship between the SEMG and the FGS, welcomes efforts made by both so far, and emphasizes the need for this to continue and deepen during the course of this mandate;
Using sEMG can help to answer to some of these questions, for example, it allows study of the modulation of muscular activity patterns when an exoskeleton is used, providing a key to understanding compensatory strategies and the plasticity of neuronal chains in the body 106.
The most difficult task in using biosignals for exoskeleton control is the identification of the typical sEMG patterns of different movements, or of recognisable and stable patterns of bioelectrical muscle activity associated with the activation of each set of muscles during particular movements 45.
In general, sEMG registration and analysis of exoskeleton devices during testing allows the identification and minimisation of muscular activity associated with the most costly metabolic components of locomotion, as well as the diagnosis of non-adaptive compensatory strategies.
The programme was approved by the Inter-territorial Health Council and was implemented with the cooperation of the Sociedad Española de Medicina Familiar y Comunitaria(SEMFYC), the Sociedad Española de Ginecología y Obstetricia(SEGO),the Sociedad Española de Medicina General(SEMG) and the Sociedad Española de Medicina Rural(SEMERGEM). Technical support was provided by the Institute for Women's Issues and the General Directorate for Relations with Law Enforcement, the National Health Institute and several autonomous communities.
In that context, the Security Council encourages the SEMG to increase its presence in Mogadishu and step up its interaction with the Office of the National Security Adviser, including by regular participation in the meetings of the Working Group.
The main"steps" in the use of sEMG signals for biocontrol are: the identification of the signals from particular muscles; determination of the extent of the'contribution' of the bioelectrical activity in these muscles beyond that which can be recorded with sEMG, and the selection of a model for movement control 26.
Taking note of the Somalia and Eritrea Monitoring Group's(SEMG) 6 February 2014 report on compliance by the Federal Government of Somalia with its requirements under the terms of the partial suspension of the arms embargo on the Federal Government of Somalia.
Welcomes the SEMG's ongoing and significant efforts to engage with the Government of Eritrea and the Government of Eritrea's cooperation with the SEMG, emphasizes that this must continue and strengthen, and reiterates its expectation that the Government of Eritrea will facilitate the entry of the SEMG to Eritrea, as requested in paragraph 31 of resolution 2111(2013);
Underlining its full support for the Somalia and Eritrea Monitoring Group(SEMG), and recalling the importance of the SEMG being given full support in carrying out its mandate by all Member States and all appropriate United Nations bodies supporting the Group.
Takes note of the SEMG's recommendation that weapons on board vessels engaged in commercial activity in Somali ports are granted an exemption to the arms embargo, expresses its willingness to take such a proposal forward, in close consultation with the FGS, and requests the FGS and SEMG to work together and formulate a proposal which should be communicated to the Security Council by 27 February 2015;