Mental aspects of coaching for performance improvement in athletic and exercise settings; focus on coaching applications of theoretical concepts including individual differences, motivation, team and group dynamics, leadership, performance enhancement, positive and negative health behaviors and youth development..
Prerequisite: Junior or senior classification, or approval of instructor. Learning in psychomotor domain; motor learning theories, physiological bases of skill behavior, motor and skill learning, state of performer and application of instructional techniques in motor learning and skill performance. Insight into the perception-action processes that support the learning and control of complex multi-joint movements to perform activities of daily living; reaction time and movement time, random and blocked practice, uni-manual and bi-manual skills; labs and measures collected and linked with papers discussing neural areas supporting action planning, memory encoding and storage, retrieval and forgetting.
Comprehensive examination of the conceptual and theoretical aspects of measurement and evaluation in the field of kinesiology; emphasis on the application of statistical techniques germane to measurement and evaluation. Prerequisites: Junior or senior classification; or approval of instructor for non-majors. An integrated, mechanistic study of biomechanics of human motion during physical activity and exercise; biology and mechanical properties of the human movement system including bones, tendons, ligaments, cartilage, skeletal muscles, joints and whole body systems investigated.
Examination of human tissue types, characteristics, and physiology pertaining to injury, pain transmission, and the healing process; study of common therapeutic modalities such as ultrasound and electricity with emphasis on physiological mechanisms of effect. Kinesiology for individuals with handicapping conditions; emphasis on cognitive recognition of such handicaps as postural deviations, emotional disturbances, convulsive disorders, vision and auditory problems, and other learning disability conditions.
Prerequisite: Junior or senior classification; approval of instructor. Physiological bases of exercise and physical conditioning; measurement of metabolic efficiency during exercise, neuromuscular efficiency and body composition.
Investigation of the body's response and adjustment of physiological systems to exercise; benefits to physiological systems from exercise.
Theory and techniques for evaluation of human performance and cardiovascular disease risk factors in healthy and diseased populations; exercise prescription for disease prevention and rehabilitation. Peer evaluation of body alignment, imbalances and biomechanics of movement; explanation of kinesthetic principles and injury prevention through ballet technique; conditioning programs for a peer's imbalances and improper technique in a ballet class.
Peer evaluation of body alignment, imbalances and biomechanics of movement; explanation of kinesthetic principles and injury prevention through modern dance technique; develop conditioning program for a peer's imbalances and improper technique in a modern dance class. Prerequisite: DCED or approval of instructor. Acquaint students with current research and the research process in their chosen field of study kinesiology.
May be taken four times for credit. Prerequisite: Senior classification; approval of instructor. Supervised internship with corporate fitness centers, rehabilitation centers, hospitals, recreation centers and similar agencies and organizations.
Skip to main content. Skip Ribbon Commands. Turn on more accessible mode. Turn off more accessible mode. Turn off Animations. Turn on Animations. Free Download Linux E-Books. CCNP Route - version 2. Should one of these routers fail, the a Cisco Certified Network Professional CCNP , and two second router automatically without NCF engineer other members have current, extensive networking intervention handles the traffic.
They would be built with the objective of providing a review, assessment, as well as practice for helping you Ccnp Enterprise Design Ensld Official Cert Guide written by Anthony Bruno and has been published by this book supported file pdf, txt, epub, kindle and other format this book has been release on with Business enterprises categories.
Download free test questions and answers. If you take a test online, a few points to note. There are endless CCNP PDF files and articles out on the internet today allowing people infinite access to information never before accessible. Velikost 15 MB. A short summary of this paper. Stability at Low Temperature.
Besides sharing information, switches also use BPDUs to learn the network topology, to learn which switch is connected with which switches, and to learn whether any layer 2 switching loop exists in the learned topology or not.
Subnetting in Networking is a process of dividing a single network into sub networks called as subnets. CCNP Enterprise. Field Engineer is a one-stop portal for freelance field engineers to find a job that is tailor made for them. Updates to the Cisco Professional certification program.
Report "Comprehension orale 1 A1 A2. It was running in the background and locked my whole test up. The polymer has minimum oxygen inhibition, and therefore any surfaces in contact with air will be non-tacky when fully cured. Abstract: Deeper neural networks are more difficult to train. PDF Ccnp Route 6. For our test purposes, we acquired hmdsbb.
The exact method for DNS management will be unique for each registrar and organization and is therefore unable to be addressed by this guide. The hybrid architecture leverages the flexibility of cloud services discussed in Section 4. This build leverages federation when the device owner is required to authenticate to Intune and Office cloud services. This allows an organization to act as an identity provider — device owner passwords are shared only with on-premises systems and never with third-party cloud services.
This setup has the security benefit of adding a layer of defense by isolating front-end requests from the corresponding back-end requests to the protected federation service. This is important because the AD FS holds sensitive cryptographic keys such as the token-signing and service identity key. In this way, the AD FS system is protected within the enterprise network boundaries and not exposed to internet-facing networks [32].
Functionally, the architecture provides the benefit of managing enterprise identities within the traditional workflow of an on-premises AD system. Many organizations utilize identity management systems that require on-premises AD services but would also like to leverage cloud services without having two disparate identity systems. To solve this issue, we made the architectural decision to add an on-premises system dedicated to syncing identities between the on-premises AD and the cloud-based Office environment.
SCCM is another instance of how our hybrid architecture benefits from on-premises and cloud services. This build could leverage traditional workstation configuration capabilities while enjoying the benefits of using a cloud MDM service. Therefore, administrators can continue their normal workflow from the SCCM console and have a complete picture of enterprise assets from a single view. The security characteristics of the hybrid build closely resemble the characteristics in Section 4.
The Outlook mobile application uses a TLS tunnel to communicate with the Office email, calendaring, and contact services that live in the cloud. However, in the hybrid build, mobile traffic is directed through a proxy before communicating with internal enterprise services when interacting with the enterprise for authentication services.
Additionally, on-premises systems communicate with Microsoft cloud services via a TLS tunnel. Security characteristics are the goals that this build is trying to achieve, while security capabilities are the individual mechanisms to accomplish these goals.
A goal would be to implement the identified characteristics and capabilities with verifiable integrity via continued assertions that the device has not been compromised.
Therefore, these characteristics and capabilities should be implemented at the lowest possible level; for instance, firmware is preferred to an application layer service. The original problem definition document [1] defines a superset of security characteristics and capabilities. This project does not implement every item within that document. What is specifically achieved in the context of this project is detailed in Appendix C , along with implementation notes for the build.
Finally, note that many of the terms used below are not standardized throughout industry. Multiple standards espouse management policies that should be applied to user devices. Table shows the default policy used in this project and pushed to devices within this building block, fulfilling our goals of a reasonable balance between security and user functionality.
Suggested policies such as turning off Bluetooth and Wi-Fi, while reducing the threat surface to which a mobile device is exposed, remove important functionality desired by users. Some of these policies may be accomplished by the underlying mobile OS e. Although the following policies were used for the building block, organizations need to perform their own assessments to understand the risks associated with their systems.
Guidance for performing this assessment and selecting appropriate policies can be found within NIST r1 [2]. This section discusses the building block from the perspective of the user and the system administrator. We define system administrator as a person within the organization who has elevated privileges on the management systems in the build. When users access enterprise services on their device, their devices will be enrolled into an EMM.
Access to email, contacts, and calendaring services occurs via the Microsoft Outlook mobile application. Device enrollment is accomplished by downloading and installing the Microsoft Company Portal application, available in the iOS and Android application store. Windows Phone devices have some management capability built into the OS, but they also require the Company Portal application to relay information to the enterprise.
The Company Portal application can be downloaded directly onto the device from the Windows Application Store. In general, the specific hardware of a mobile device will make little difference in how information is presented to the user. Accordingly, boot integrity has little impact on the workflow unless a user needs the capability to modify the mobile OS e.
Enrolling a mobile device into the EMM causes a number of policies to be applied to it. The exact complexity of the authentication solution e. This allows the user to keep a familiar workflow with the added security benefit of keeping passwords within the enterprise boundary.
Second, the user is sent an invitation to enroll with Lookout through email. There is no technical control in this build, however, to require the installation of the Lookout application. Implementers of this build may wish to implement a MAM policy as a means to enforce the installation of the Lookout application.
To enroll in the Lookout service, a user will have to supply the application with his or her email address and a unique code received via email. The Lookout application generally interacts with users only if there is a security violation on the device.
Figure , Figure , and Figure present the high-level workflow of device owner enrollment on the Android, iOS, and Windows Phone platforms, respectively. The experience of the system administrator will be different based on whether they are using the hybrid or cloud builds, mostly due to the type and granularity of policies available via the EMM interfaces.
Installation, configuration, and deployment of the management systems are relatively simple if an organization decides to adopt the cloud-based EMM services, where setup can be accomplished in less than a few hours. The installation of the EMM and associated services on premises is significantly more complex, with installation time estimated in hours at least.
Defining EMM policies within the web interface of the EMMs is relatively simple, as is distribution to mobile devices. Provisioning and de-provisioning email, contacts, and calendaring services on mobile devices is an important capability of this build. The process by which provisioning occurs will differ for the system administrator in the cloud and hybrid scenarios.
Because the MDM functions are embedded within Office , provisioning mobile devices is quite simple in the cloud scenario. While creating a new user within the Office administrative console, the system administrator has the option to allow the user mobile access. The complex nature of the hybrid architecture, however, necessitates a slightly more intricate process.
The high-level process is as follows:. De-provisioning is a simple task for the system administrator in both the cloud and hybrid builds. In the cloud build, de-provisioning a user can be as simple as disabling or deleting the user from the Office administrative console. Implementers should note that de-provisioning actions may not be immediate.
They will depend on the syncing periodicity configured in the Intune extension. As a result, the system operator would not receive predefined alerts e. The system operator must configure the Lookout administrative console to send email alerts to designated personnel when threats are present on user devices. The operator would then find the user within SCCM and take appropriate action on the device.
Further, in this build there is no technical mechanism to enforce the installation and use of Lookout technologies. An administrator could, however, periodically compare the list of enrolled users in Lookout and the EMM. Users who were absent from the Lookout enrollment could be encouraged to download and install the application through an out-of-band means. The purpose of the security characteristic analysis is to understand the extent to which the project meets its objective of demonstrating a method of protecting organizational data while permitting users the freedom to access and process data via mobile devices.
In addition, it seeks to understand the security benefits and drawbacks of the example solution. The evaluation included an analysis of the project to identify weaknesses and discuss mitigations.
The focus of this portion of the evaluation was hands-on testing of the laboratory build and examination of product manuals and documentation. Our objective was to evaluate the example solution and not specific products.
However, the presence of three primary OSes for mobile devices Android, iOS, and Windows made complete product independent hands-on testing unrealistic. One aspect of our security evaluation involved assessing how well the reference design addresses the security characteristics it was intended to support. The NIST Cybersecurity Framework subcategories were used to provide structure to the security assessment by consulting the specific sections of each standard that are cited in reference to a subcategory.
The cited sections provide validation points that the example solution would be expected to exhibit. Using the Cybersecurity Framework subcategories as a basis for organizing our analysis allowed us to systematically consider how well the reference design supports the intended security characteristics.
The remainder of this subsection discusses how the reference architecture solution addresses the six desired security characteristics that are listed in Table through Table We chose to examine the capability of protecting data at rest. The primary means used by this building block to accomplish data protection is encryption. Android, iOS, and Windows Phone devices used as part of this build deployed device encryption.
The Android devices used dm-crypt, a disk encryption subsystem that calls a number of cryptographic libraries. For environments where FIPS validation is necessary, organizations could consider using a third-party data and application isolation solution, such as a secure container providing application-level encryption. Finally, the Outlook application provides an additional level of encryption.
The iOS application-level encryption was not evaluated as Microsoft indicated that information is encrypted via the OS cryptographic engine. When a device is utilized for organizational and personal activities, the ability to isolate data is essential.
We inspected the sandboxing capability of devices and found that each of the OSes in use offers native isolation functions. Android, iOS, and Windows run applications in a sandbox that prevents a third-party application from accessing, gathering, or modifying information from other applications. While this is a valuable security feature, it does not replace the need to educate device users on the potential dangers of downloading unknown and untrusted applications. Each of the mobile platforms has integrity-checking mechanisms.
We examined the native file integrity mechanisms as well as malicious code protection. Each platform requires application authors to digitally sign applications before the applications are available for users. The integrity-checking mechanism does not ensure that the application itself is secure or free of malware. The build restricts the ability to download file types via email by enabling the file attachment filter in Office We verified this by disallowing PDF file types.
A user then attempted to send an email with a PDF file attached. The intended recipient was notified that an email addressed to them was blocked according to policy. Our examination of security monitoring provided evidence of basic monitoring and scanning being performed. Devices enrolled in the MDM tool were displayed within the configuration management system console. This can be used for hardware inventory reporting as the MDM tools have customizable reports.
We were able to use software reporting to only a limited degree. It did not monitor and conduct an inventory of applications downloaded from other sources such as Google Play.
The MDM provides the capability to tailor compliance policy for devices. When a device exceeds the organization-defined threshold for compliance, the administrator receives an alert showing which device is out of compliance. Finally, the Lookout MTP service provides monitoring of enrolled devices for malware risks on Android devices. In this build, the administrator periodically reviewed the status of enrolled devices in the enterprise through the MTP web console.
More sophisticated notification systems, however, could be developed for larger deployments. Identity and authorization are integrated within the enterprise. The NCCoE needed to verify that only users with authorized access via mobile devices were able to exercise that access. Because the lab was built as a Microsoft environment, access control was implemented via AD. We had users who were not members of the appropriate group attempt to access their email on an enrolled mobile device, and those attempts failed.
We also sought to verify device authorization. We wanted to ensure that only currently enrolled devices could access organizational resources. Our verification included devices never enrolled and devices previously enrolled. As we expand this work to future builds, our objective is to solicit feedback from the user community toward prioritization of additional capabilities and to solicit suggestions from the EMM vendor community on commercial products that provide those capabilities.
There is potential for the development and implementation of new MDS architectures under this build. To explore these various architectures, the NCCoE would like to engage with any individual or company with commercially or publicly available technology relevant to MDS. All interested parties are encouraged to engage the NCCoE with additional ideas and system requirements by reaching out to mobile-nccoe nist. View Project Page. Volume A Volume B 1. Summary 1.
0コメント