Isolated Lumbar Extension Resistance Training Is Effective at Improving Extension Power and Disability in Subjects with Diagnosed Lumbar Multifidus Dysfunction

Background: Lumbar multifidus dysfunction is a prevalent cause of disability in individuals with lower back pain. Previous research highlights the benefits of isolated lumbar extension training for non-specific lower back pain, however, studies examining its efficacy in lumbar multifidus dysfunction are lacking. Objective: To evaluate the effectiveness of isolated lumbar extension resistance training on disability and strength in individuals with lumbar multifidus dysfunction. Methods: Subjects underwent a physiotherapy led structured rehabilitation program incorporating isolated lumbar extension. Sessions were conducted twice weekly targeting momentary muscular failure with time under load 90 - 120 seconds and progressions aimed at 5 - 10 lbs increments. Outcomes were assessed using the Oswestry Disability Index and lumbar extension strength testing at baseline and after 12 weeks, with statistical analysis using t-test and chi-squared 2 × 2. Results: Forty-five subjects (24 male, 21 female) with a median age of 48 completed the intervention. Improvements were noted in Oswestry Disability Index scores (median pre: 24, post: 15) and maximal lumbar extension strength (median pre: 122 lb, post: 186 lb), with p ≤ 0.05. Overall, 89% showed improvement in disability scores, 67% moved to a better disability category, and 51% saw at least a 50% increase in strength. No significant gender differences were observed. Conclusions: Isolated lumbar extension resistance training is effective at improving extension power and disability in subjects with lumbar multifidus dysfunction.

Design and Implementation of a Comprehensive Training Program for Software Engineering Talents’ Practical Ability

In the process of cultivating software engineering professionals,the practical teaching of professional courses is an indispensable link.In order to enable students to understand,consolidate and master theoretical knowledge,improve the ability to solve problems by combining theory with practice,and achieve the goal of combining theoretical knowledge with practice.Adopting the planning of through-type training,complete the teaching work of three practical courses of software system design,software system construction,and software product construction.Through the implementation of the plan,the digitization of teaching resources,the virtualization of real enterprises,the intelligentization of teaching guidance,the visualization of teaching process,and the panorama of learning process are realized.By adopting the teaching methods of taskdriven online practice teaching,artificial intelligence-based teaching training support and teaching process,and result big data evaluation,the students’comprehensive practical ability can be improved finally,and the whole practice teaching reform can provide experience for the follow-up reform.

The Study on the personnel training mode based on the occupation ability development and excellence engineer training

As the application undergraduate course colleges and universities, a distinctive talent training system must be formed to achieve the target of practical and innovative talents training, which needs to constantly explore and innovate teaching mode. In the paper, talent training model based on the occupation ability development and Excellence Engineer training has carried on the deep discussion and research, thorough study and research.

Research of 6-DOF Serial-Parallel Mechanism Platform for Stability Training of Legged-Walking Robot

The concept of legged-robot stability training with a training platform is proposed and a serial-parallel mechanism platform with 6 degrees of freedom is designed for this target. The designed platform is composed of 4-DOF parallel mechanism with spherical joints and prismatic pairs,and 2-DOF serial mechanism with prismatic pairs. With this design,the platform has advantages of low platform countertop,big workspace,high carrying capacity and high stiffness. On the basis of DOF analysis and computation of space mechanism,weight supporting auxiliary mechanism and raceways-balls supporting mechanism are designed,so as to improve the stiffness of designed large platform and payload capacity of servo motors. And then the whole structure design work of the platform is done. Meanwhile,this paper derives the analytical solutions of forward kinematics, inverse kinematics and inverse dynamics. The error analysis model of position and orientation is established. And then the simulation is done in ADAMS to ensure the correctness and feasibility of this design.

Industrial Upgrade,Vocational Ability and Migrant Worker Education and Training

Economic structure adjustment,industrial upgrade,and demands of migrant workers for vocational ability are direct driving factors for migrant workers participating in education and training.Personal quality of migrant workers not only concerns their survival and development,but also concerns upgrade of modern industrial structure.From the perspective of industrial upgrade,vocational ability and mechanism of migrant worker education and training,this paper analyzes difficulties in migrant worker education and training.On the basis of the difficulties,it come up with some strategies and recommendations.

Teaching and Practice of Database Course for Software Engineering Ability Training

In view of the fact that the relevant courses of undergraduate database are not systematic,this paper discusses the relevant requirements of database courses from the perspective of the ability training of software engineering.It gives the problem-oriented classroom and experimental design of the course content module,designs and develops the course learning platform,analyzes the data of the teaching effect,and explains the effectiveness of course teaching.

Research on The Software Development Ability Training With Gradual and Whole Process Based on The Deep Integration Between Industry and Education

In view of the mechanism and quality problems in the software ability training of computer majors in colleges and universities,as well as the engineering ability and innovation ability training results can not effectively meet the needs of society,this paper discusses how to realize the deep integration of production and education through school enterprise cooperation under the existing training mode.Through the establishment of a progressive whole process training system,students’software ability can be improved in an all-round way.Taking Shenyang Aerospace University as an example,it expounds how to organically combine the theoretical teaching in class with the cultivation of extracurricular innovation ability,and gradually guide students to comprehensively improve their software development ability and innovation ability.The model has been running for many years,and plays a leading role in promoting the reform of education and teaching and improving the quality of education,and provides reference for the brotherly colleges and universities.

Career Development Ability:A New Orientation of Professional Degree Postgraduate Training Concept

Positioning the concept of the professional degree postgraduate cultivation with"professional development abilities"conforms to the essence of the professional degree postgraduate cultivation,clarifies the main body of the professional development,deepens the connotation of the professional degree postgraduate cultivation,and highlights the training objectives of the high-level applied talents.The cultivation of the"career development ability"should be based on the"professional knowledge and scientific research abilities",with the"problem solving ability"as the core,and should be deeply integrated with the industry.

Effect of respiratory muscle training on trunk control and balance ability in stroke patients

Objective: To investigate the effect of respiratory muscle training combined with conventional rehabilitation therapy on trunk control, balance ability and activities of daily living in stroke patients. Methods: Sixty stroke patients were divided into control group and experimental group by random number table, 30 each, and received conventional rehabilitation therapy. Moreover, the experimental group underwent respiratory muscle training (RMT), for four weeks. In each patient, maximal inspiratory pressure (MIP) was measured for the inspiratory muscle strength. Maximal expiratory pressure (MEP) was measured for the expiratory muscle strength. The trunk control was measured using the Trunk Impairment Scale (TIS). The Berg balance scale (BBS) was used to assess the balance function. The modified Barthel index (MBI) was used to evaluate activities of daily living. Results: There were no significant differences in MIP, MEP, TIS, BBS and MBI between the two groups before treatment. The MIP, MEP, TIS, BBS and MBI functions of the control group and the experimental group were improved after treatment, And the functional improvement of the above indicators in the experimental group after treatment was significantly higher than that of the control group. Conclusion: This study proved that RMT improved respiratory muscle strength, trunk control, balance function, and ADL in stroke patients.

Teaching Research on the Training of Students'Innovative Thinking Ability Based on Maker Education Concept

In information economy era,training innovative talents is an important step for high speed development of country.Education is an important way to training innovative talents,and the effective cultivation of students;innovative ability is an important symbol of the success of education.Innovative thinking is the basis of innovation ability,we must first improve innovative thinking ability in order to improve innovation ability.In the field of education,middle school is the key step for students to learn diverse thinking,especially innovative thinking.The objective of this paper is to study this step and how can we help students improve their innovative thinking ability.

Research on the ＂The dual university＂ Concept in Germany and the Reference Pattern for Applied University in China from Perspectives of Professional Development and Ability Training

In this paper, we conduct research on the “The dual university” concept in Germany and the reference pattern for applieduniversity in China from perspectives of professional development and ability training. The German dual system of higher education, which hascreated a new way to cultivate advanced applied talents, is of great signifi cance.to promote the development transformation of the undergraduatecolleges and universities. However, the current domestic study of German dual system of higher education is relatively fragmented, and that mostlimited to the vocational college. Vocational college seems to be a German dual system of higher education. In fact, in the fi eld of the highereducation in Germany, set up the dual system has become a trend of the university curriculum. This paper proposes innovatively the potentialcombination of the Chinese education system with the dual university concept.

Give prominence to the ability training, and promote the subversive reform of the curriculum teaching

One of the key aspects of the teaching reform of the higher vocational colleges is to give prominence to the ability training of the students. In this paper, from the teaching practice of the network marketing course, with the applicative competition platform as the breakthrough point, the author carries through a series of teaching reforms, to realize the goal of training, and especially to give prominence to the ability training of the students.

The Effect of Circuit Training on Resting Heart Rate Variability, Cardiovascular Disease Risk Factors and Physical Fitness in Healthy Untrained Adults

The purpose of the present study was to examine the effect of circuit training (CT) on resting heart rate variability (HRV) and other cardiovascular disease (CVD) risk factors such as blood lipids and blood glucose and on fitness components. Twenty-four healthy untrained adults (age 26.5 ± 5.1 years;height 1.67 ± 8.4 m;weight 66.8 ± 15.1 kg;26.3% ± 5.2%;maximum oxygen uptake (VO2max) 48.5 ± 10.0 ml.kg-1.min-1) were assigned to either CT (n = 12) involving bodyweight exercises, or control (CON, n = 12) groups. Prior to the start and following the end of the six-week training period, time-, frequency-domain and nonlinear measures of resting HRV, arterial blood pressure, body composition, fasting blood lipids, lipoproteins and glucose, VO2max, upper body muscular endurance (UBME) and abdominal and hip flexor (AHFME), back strength (BS) and handgrip were assessed. None of the resting HRV measures (P > 0.05) were affected by the CT intervention. However, diastolic blood pressure decreased (P = 0.03), lean body weight (P = 0.03) increased, VO2max (P = 0.03), UBME (P = 0.001), AHFME (P = 0.04), and BS (P = 0.03) were significantly higher following CT, whereas the other variables were not influenced by the CT. Six-week of CT involving bodyweight exercises has no significant impact on resting HRV. However, this type of training might decrease the risk for development of CVD by reducing arterial blood pressure and by improving body composition, aerobic capacity, muscular endurance and strength.

Effectiveness of Half-Cut Wood Training of Close and Kinetic Chain Method on Mental Health and Physical Health of Patients with Knee Instability in China

Knee instability as a symptom of ligament injury usually only receives attention when it causes pain or impacts patients’mobility in China.In this study both the physical and psychosocial impact of an innovative approach to treatment,Half-cut Wood Training,was examined.Twenty individuals with knee instability who received Halfcut Wood Training(Intervention group)and twenty two individuals with knee instability who did not receive Half-cut Wood Training(as Control group)participated in the study.The electric WIFI based HBF-306 was used to collect the anthropometry and biomedical data.Symptom severity was assessed by a doctor and through response to a specific question.Half-cut Wood Training was used as the intervention for the knee instability patients,and the effects among pre-intervention,post-intervention and control group on self-esteem,self-efficacy,quality of life and reductions in knee instability were assessed and compared to patients in the control group.The Half-cut Wood Training has significantly improved the physical health,self-esteem,self-efficacy,legs and feet functioning of patients in the intervention group compared with control group.Moreover,the Symptom were decreased(F=15.47,P<0.001),and the doctor reported knee function was improved(F=36.20,P<0.001).The subgroups including number of sessions of attending the Half-cut Wood Training had effects on the reduction of symptoms and duration of training time more than one month has effect on the improvement of physical health.Half-cut Wood Training provides beneficial means of improving knee function,self-esteem,self-efficacy,and physical health of the quality of life of patients with the knee instability.

In the concept of functional training of basketball movement physical ability training

Basketball, as against the competition activities for colleges and universities is very important, one can improve the athletes’ body function, on the other hand can cultivate the team cooperation consciousness and competitive consciousness of athletes. As the basis of basketball, good physical ＇ tness can to a certain extent, improve the athlete basketball skills and avoid injury, with abundant physical ＇ tness for basketball game winning advantage. So we must fully implement the function training concept, through a variety of ways to strengthen the basketball ＇ tness training of athletes, enhance physical ability quality.

Iterative static modeling of channelized reservoirs using history-matched facies probability data and rejection of training image

Most inverse reservoir modeling techniques require many forward simulations, and the posterior models cannot preserve geological features of prior models. This study proposes an iterative static modeling approach that utilizes dynamic data for rejecting an unsuitable training image(TI) among a set of TI candidates and for synthesizing history-matched pseudo-soft data. The proposed method is applied to two cases of channelized reservoirs, which have uncertainty in channel geometry such as direction, amplitude, and width. Distance-based clustering is applied to the initial models in total to select the qualified models efficiently. The mean of the qualified models is employed as a history-matched facies probability map in the next iteration of static models. Also, the most plausible TI is determined among TI candidates by rejecting other TIs during the iteration. The posterior models of the proposed method outperform updated models of ensemble Kalman filter(EnKF) and ensemble smoother(ES) because they describe the true facies connectivity with bimodal distribution and predict oil and water production with a reasonable range of uncertainty. In terms of simulation time, it requires 30 times of forward simulation in history matching, while the EnKF and ES need 9000 times and 200 times, respectively.

Functioning Hydraulic and Morphological Sustainability of River Training Works in Bangladesh

River dynamics play the most vital role in the socio-economic of the country. These rivers are highly dynamic in nature which causes extensive riverbank erosion. Active river bank erosion and bed scouring, is apprehended to change the scenario, leading to loss of limited valuable land of Bangladesh. River training is being practiced in Bangladesh since 1960s but the process is very expensive especially in the Ganges and the Jamuna Rivers. Five types of river training works were selected at different reaches. Hydro-morphological characteristics of the major rivers are being evaluated not only in engineering concepts but also in socio-economic and environmental aspects. PRA （participatory rural appraisal） tools were applied to evaluate protection safety, hydraulic and hydrological connectivity, ecological and environmental characteristics, causes of failure and social acceptability. This comparative study is being carried out for closing the gap between the modem river training works and in country experience through adaptation of research findings with a view to effectively arresting river bank erosion. Sirajganj Hardpoint, Chandpur Town Protection work and Nakalia Revetment are found to be suitable and effective. A technically suitable structure may not have good social acceptance without IWRM （integrated water resource management）.

Mediation Effect of Employee Training on Implementation of Hotel Environmental Management Practices for Hotel Business Sustainability in Tanzania

The study assessed the mediation effect of employee training on implementation of hotel management practices for hotel business sustainability in Tanzania.Study was conducted in two cities Arusha and Dar es Salaam whereby a structured questionnaire with Likert scale range from one to five was used to collect information from the sample of 400 hotels’managers.The findings of the hypothesis indicate that two hypotheses were significant at significant at p<0.001 and one was not significant.The first hypothesis found that environmental management practice has positive effect on business sustainability highly significant at p<0.001.The second hypothesis was that there was positive relationship between environmental management practices and employee training at highly significant of p<0.001 and was accepted.Third hypothesis was that employee training has no mediation effect on the hotel business sustainability whereby p>0.05 hence rejected.It was also found the direct effect was significance at p<0.01 while indirect effect was not significance at p>0.05 and total effect was significance at p<0.01.It was concluded that,employees’training does not mediate the implementation of hotel environmental management practices for sustainability of hotel business in Tanzania.

Recovery Slope of Heart Rate Variability as an Indicator of Internal Training Load

The way in which the Root Mean Square of the Successive Differences between adjacent RR intervals (RMSSD) recovers immediately after exercise could be a good indicator of internal training load (ITL). The aim of this study is to design a recovery index based on RMSSD. Forteen healthy men took part in this study. The experiment lasted 2 weeks, with 4 separate (48 - 72 h) sessions. First session was an incremental treadmill test to determine ventilatory thresholds (VT1 and VT2) and maximal aerobic speed (MAS). Each subject ran at VT1 speed (second day), VT2 speed (third day) and a time-to-exhaustion test at MAS (fourth day). The duration of VT1 and VT2 loads was selected in such a way that the product intensity-duration (training load) was the same. HRV was measured from 10’ prior to test (Rest) to 30’ after completed (Recovery). Recovery slopes were calculated from RMSSD values at 10 and 30 minutes. Borg scale was recorded at the end of every test and the Training Impulse (TRIMP) values were calculated using Banister equations. The RMSSD values dropped substantially regardless of the intensity and the duration of exercise (average 4 ms). The RMSSD recovery was linear during the 30 min and different depending on the intensity of exercise. To propose a recovery index, we calculated the slope of RMSDD over the 30 minutes (slope-30) and also the first 10 minutes (slope-10). Given that the slopes presented an exponential behavior in relation with effort intensity, three curves were obtained (average values, plus SD and minus SD) defining a nomogram. For practical application, we propose: 1) to measure RMSSD the last 5 minutes of exercise and any period of 5 minutes during the first 30 minutes recovery;2) to calculate the slope of RMSSD between exercise and recovery;3) to compare with the nomogram.

Effect of Training on Two-way Shape Memory Effect and Its Stability in a Ti-Ni-Hf High Temperature Shape Memory Alloy

The Effect of the thermal cycling training under constant strain on the two-way shape memory effect (TWSME) in a Ti36l\li49Hf15 high temperature shape memory alloy (SMA) has been investigated by bending tests. The results indicated that the training procedure is beneficial to get the better TWSME. The two-way shape memory strain increases with increasing the training strain. And it decreases with increasing the training temperature. The TWSME obtained in the present alloy shows poorer stability compared with that obtained in the TiNi alloys.