For superb performance on the go, the Canon EOS 6D Mark II camera puts full-frame performance into a compact, fully featured DSLR.Environment Monitoring System SNMP Temperature IP Sensor Alert Web.The ENVIROMUX® Mini Environment Monitoring System (EMS) monitors critical environmental conditions (such as temperature, humidity, and water leakage) that could destroy network components in your server room.When a sensor goes out of range of a configurable threshold, the system will notify you via email, SNMP traps, web- page alerts, a visual indicator (red LED), voice phone calls (via Automatic Voice Dialer System), and SMS messages (via USB 3. . G modem). The ENVIROMUX® Mini Environment Monitoring System (EMS) monitors critical environmental conditions (such as temperature, humidity, and water leakage) that could destroy network components in your server room.When a sensor goes out of range of a configurable threshold, the system will notify you via email, SNMP traps, web- page alerts, a visual indicator (red LED), voice phone calls (via Automatic Voice Dialer System), and SMS messages (via USB 3.G modem). Monitor and manage server room environmental conditions over IP. Sensors supported. Sensors are hot plugable. ![]() ![]() One output relay for control of external devices. Relay activates upon alarm or via the user interface. Supports IP network video cameras for live view of any facility. One integrated view - see different Web cameras side- by- side with physical and environmental parameters. Any programmed event can trigger a snapshot from an IP camera. Monitor (ping) up to 1. IP network devices. Alerts are sent if devices are not responding. Two USB ports for connecting USB modem or for downloading log data to USB flash drive, and one USB console port for serial terminal interface. Available with optional internal battery backup. Alerts are sent when there is a power outage and when power returns. Create multiple alerts for any installed sensor. Sensor conditions (events) can be configured to trigger alerts by themselves, and/or be used in combination with other events to trigger Smart Alerts. Configure up to 5. Up to 2. 0 Smart Alerts can be configured to use different event combinations to send alert messages. Alerts are posted in message log, which is accessible through Web user interface. Automatically configures network settings received from a connected DHCP server. If a DHCP server is not found, the default static IP address will be used. Integrates with various Open Source monitoring packages – Nagios, MRTG and others. The unit can be polled via SNMP. Linux inside. Supports network security scanners. Backup and restore system configurations. Flexible Zero- RU mounting. Mounting tabs included. Optional 1. RU rackmount kit available; the ENVIROMUX unit can be mounted with the front or rear facing out. Optional DIN mounting available. Security: HTTPS, SSHv. SSLv. 3, IP Filtering, LDAPv. AES 2. 56- bit encryption, 1. Use in data centers, co- lo sites, web hosting facilities, telecom switching sites, POP sites, server closets, or any unmanned area that needs to be monitored. Optional industrial mini environment monitoring system for high temperature environments. This industrial system has the ability to operate and monitor in harsh environments at high temperatures up to 1. F (7. 5°C). Temperature/Humidity Inputs. Two female RJ4. 5 connectors for connecting temperature sensors, humidity sensors and/or combined temperature/humidity sensors. Two levels of user- defined alerts – non- critical and critical. Dry Contact Closures. Five screw terminal pairs for connecting dry contact devices and the liquid detection sensor. Potential- free. Output voltage: +5 V DCCurrent limited to 1. AMaximum resistance to close contact: 3. K Ohm. Output Relay. One screw terminal pair. Potential- free relay switch contacts. Maximum switching load: 0. A at 1. 25 VAC, 1. A at 3. 0VDCUSB Port. Two female USB Type A connectors for connecting USB modem or for downloading log data to USB flash drive. One female USB Type B connector for connecting a PC for serial terminal access. Ethernet Port. One female RJ4. Base- T Ethernet interface. Optional Back- Up Battery. Rechargeable sealed lithium battery. Provides back- up for two hours. MTBFENVIROMUX- MINI- LXO: 2. Search the world's information, including webpages, images, videos and more. Google has many special features to help you find exactly what you're looking for. 2.3. What Linux can do for you. A small list of things that are possible: Throttle bandwidth for certain computers Throttle bandwidth TO certain computers. Protocols. HTTP/HTTPS, SNMP V1/V2c/V3, SMTP, TCP/IP, Syslog, SNTP, DHCP, SSHv. SSLv. 3, TLS, LDAPv. AES 2. 56- bit, 3. DES, Blowfish, RSA, EDH- RSA, Arcfour, IPV6, WAP 2. Compatible with any SNMP management software. The unit can be polled via SNMP. Operates and configures via HTTP/HTTPS web page, Telnet, SSH, or USB serial interface. An IP address can be assigned to the ENVIROMUX- MINI- LXO automatically by a DHCP server. Generates SNMP traps, email alerts, and syslog messages. Alerts are posted in event log, which is accessible through Web user interface. Email alerts can be sent to 1. Dimensions. Wx. Dx. H: 5. 8. 2x. 3x. 1. Optional 1. RU rackmount kit available(ENVIROMUX- RK1- 2. D). The ENVIROMUX system can be mounted so that the sensor connectors are facing the front or back of the rack. Power. 11. 0 or 2. VAC at 5. 0 or 6. Hz via AC adapter. Includes 9. V, 1. A adapter. Will work with a 1. V, 2. A adapter. Overvoltage and overcurrent protection in the unit and power supply. Power consumption: 1. WUse the PWR- 4. 8V- 1. V1- 6. A DC- DC power converter to install the ENVIROMUX- MINI- LXO in a 4. V or 2. 4V Telecom environment. Environmental. Operating temperature. ENVIROMUX- MINI- LXO: 3. F (0 to 4. 0°C). ENVIROMUX- MINI- LXO- IND: 3. F (0 to 7. 5°C). Storage temperature: - 2. F (- 2. 0 to 8. 0°C). Operating and Storage Relative Humidity: 1. RH. Regulatory Approvals. CE, Ro. HSEN5. 10. EN5. 01. 21- 3- 2. Warranty. Configuration can be done over the Internet/LAN via Web page. Supports Internet Explorer 6. Firefox 1. 5 and higher, Netscape 9, Google Chrome, Safari 1. MAC, and Safari 3. PC. Configure sensor's thresholds, alarm methods, formats of alerts, and system data log. Customize email subject headers for sensor alerts. View/edit sensors' current values, thresholds and alert statuses. All sensors connected to the ENVIROMUX- MINI- LXO can be viewed on one summary page. User configurable settings allow sensors to return to normal status when alert condition clears, without manually acknowledging/dismissing the alert. View/edit entries stored in the system logs. Event log records system events such as alerts, user login/logout, failed email messages, etc. Data log records samples of sensor readings. User specified sampling time period. Both the event log and the data log store up to 1,0. The log can be downloaded as a tab- delimited plain text file. Configure IP information (address, subnet mask, default gateway, DNS, etc.), user administrative settings, and data logging settings. Upload custom x. 50. Up to 1. 6 users can access the web page at one time. Configure up to 5. Configure up to 2. Smart Alerts to use different event combinations to send alert messages. Front Panel Interface. LEDs indicate the following. Fault" (red) lights up if a sensor goes out of range of a configurable threshold."Power" (green) lights up when the device is powered/all clear. Network Operation. Automatically configures network settings received from a connected DHCP server. If a DHCP server is not found, the default static IP address will be used. USB Serial Interface / Telnet / SSHConfigure, control and monitor over the text- based menu system accessible via USB console port, Telnet, and SSH. Logs can be reviewed via the text menu. Access is controlled via username/password. System stores encrypted login information. Two user levels: user and administrator. View summary page on mobile devices – smartphones, tablets, etc. Summary page lists all connected sensors' current values and alert statuses. Open Source Monitoring Integration. Sensors & Accessories - Sold Separately. User Manual: Data Sheet: How To: Firmware: Knowledge Base: Application Drawings. How to monitor environmental conditions using the ENVIROMUX- MINI- LXOConfiguration and cable illustration of the mini environment system monitoring room conditions including temperature, humidity, liquid and door contacts. Application Notes. How to set up email alerts with IP camera snapshots when triggered by magnetic card reader or keypad.Card reader or keypad must have output relays that will activate on desired events, such as failed entry, successful entry, forced entry, etc. on this page. Connect output relays to the ENVIROMUX- MINI- LXO digital inputs. Access the web interface to configure IP camera and alert settings. Under Monitoring > IP Cameras, select "Configure IP Cameras" to add desired IP camera address. Shiny Server v. 1. Configuration Reference. Shiny Server Professional v. Administrator's Guide Getting Started Introduction. Shiny Server enables users to host and manage Shiny applications on the Internet. Shiny is an R package that uses a reactive programming model to simplify the development of R- powered web applications. Shiny Server can manage R processes running various Shiny applications over different URLs and ports. Using Shiny Server offers a variety of benefits over simply running Shiny in R directly. These features allow the administrator to: Host multiple applications simultaneously, each at its own URL. Support web browsers that don't support Web. Socket, including Internet Explorer 8 & 9. Enable system users to develop and manage their own Shiny applications. Ensure that R processes that crash or are terminated automatically restart for the next user requesting the application. PROThis manual describes Shiny Server Professional, which offers, among other things, the following additional features: Ensure your applications are protected and can only be accessed by specific, authenticated users. Scale a Shiny application to support many users by empowering a Shiny application to be backed by multiple R Shiny processes simultaneously. Gain insight into the performance and usage of your Shiny applications by monitoring them using a web dashboard. Securely encrypt data being sent to and from your applications using SSL. Understand and manage current and historical application resource utilization to better configure and optimize your applications. Fine- tune the resources devoted to each user of an application by configuring multi- process Shiny applications based on the number of concurrent sessions. Monitor the health of your Shiny Server using the health check endpoint. System Requirements. Shiny Server is currently only supported on the Linux operating system with the following distributions: Red. Hat Enterprise Linux (and Cent. OS) 5. 4 and higher. Ubuntu 1. 2. 0. 4 and higher. SUSE Linux Enterprise 1. SP1 and higher. We currently only support the x. As described in the Installation section, you will install R and the Shiny package prior to installing Shiny Server. Root privileges will be required both in the installation process and also at runtime. PROShiny Server Professional allows you to host multiple R processes concurrently to balance the load of incoming requests across multiple Shiny instances. The Utilization Scheduler section explains how to configure this in more detail. We recommend carefully evaluating the computational properties and memory profile of a Shiny application using the tools discussed in the Admin section. This dashboard will provide much more insight into the profile of a Shiny application than was previously possible. Installation. The Shiny Server installer does not include R or the Shiny R package. Below are the steps for installing each of these separately. If you had previously installed Shiny Server 0. Ubuntu (1. 2. 0. 4+)Note on Ubuntu 1. Ubuntu 1. 2. 0. 4 is supported until April 2. Ubuntu version. If you must run on 1. Installing RShiny Server recommends an installation of R version 3. To install the latest version of R, you should first add the CRAN repository to your system as described here: You can then install R using the following command: $ sudo apt- get install r- base. NOTE: if you do not add the CRAN Debian or Ubuntu repository as described above, this command will install the version of R corresponding to your current system version. Since this version of R may be a year or more old, it is strongly recommended that you add the CRAN repositories so you can run the most recent version of R. Once R is installed, follow the instructions in Install Shiny to setup the necessary packages in R. Once the Shiny package is installed, you can begin the installation of Shiny Server. You should have been provided with a . Shiny Server. If you only have a link to this file, you can use wget to download the file to the current directory. First, you will need to install the gdebi- core package to install Shiny Server and its dependencies. Once the . deb file is available locally, run the following commands to complete the installation of Shiny Server. This will install Shiny Server into /opt/shiny- server/, with the main executable in /opt/shiny- server/bin/shiny- server and also create a new shiny user. The rest of this guide will document the intricacies of configuring and managing Shiny Server. If you are just looking to get up and running quickly, we recommend that you read the Quick Start section in the appendix, which will walk you through the process of installing and configuring a Shiny application. Red. Hat/Cent. OS (5. Prerequisites. Shiny Server recommends an installation of R version 3. Shiny Server has several dependencies on packages (including R itself) found in the Extra Packages for Enterprise Linux (EPEL) repository. If you do not already have this repository available, you should add it to your system using the instructions found here: https: //fedoraproject. EPEL. On some distributions of Red. Hat/Cent. OS, the R package references dependencies that are not available by default. In this case, you may need to edit the /etc/yum. R package. After enabling EPEL, you should then ensure that you have installed the version of R available from EPEL. You can do this using the following command: Once R is installed, follow the instructions in Install Shiny to setup the necessary packages in R. Once the Shiny package has been installed, you can begin the installation of Shiny Server. You should have been provided with an RPM file which contains Shiny Server and all of its dependencies (other than R and Shiny). You can install this rpm file using yum. If you have only a link to the RPM file, you can use wget to download the file to the current directory. You can install this RPM file using yum.$ sudo yum install - -nogpgcheck shiny- server- 1. This will install Shiny Server into /opt/shiny- server/, with the main executable in /opt/shiny- server/bin/shiny- server, and also create a new shiny user. The rest of this guide will document the intricacies of configuring and managing Shiny Server. If you are just looking to get up and running quickly, we recommend that you read the Quick Start section in the appendix, which will walk you through the process of installing and configuring a Shiny application. SUSE Linux Enterprise Server (1. Prerequisites. Shiny Server recommends an installation of R version 3. You can install R for SUSE Linux Enterprise Server using the instructions on the CRAN SUSE download page: http: //cran. Note that the binaries suggested here have one additional requirement that is not satisfied using the default repositories. Before installing R, you should install the libgfortran. This package is available from the SUSE Linux Enterprise SDK. If the SDK repository is available in your environment, you can install libgfortran. Once R is installed, follow the instructions in Install Shiny to setup the necessary packages in R. Once the Shiny package has been installed, you can begin the installation of Shiny Server. Additional Prerequisites for SLESThe Shiny Server Professional RPM binaries link to version 0. On Red. Hat systems, the shared library files have a suffix of ". SLES they have a suffix of "0. As a result, you should soft- link the existing 0. The Shiny Server Professional metrics and monitoring features use a set of Python scripts to introspect the system for performance information. As part of installation, a Python native extension needs to be built, and this requires the python- devel- 2. SUSE Linux Enterprise SDK. If the SDK repository is available in your environment, you can install python- devel- 2. If you are installing Shiny Server Pro and see license activation errors like Error activating product key: (4): Connection to the server failed., you may need to generate a certificate bundle for your system. You can update your system's certificates and generate a certificate bundle with the following commands: $ sudo zypper update. Installation. You should have been provided with an RPM file which contains Shiny Server and all of its dependencies (other than R and Shiny). Note that the Cent. OS 5 RPM of Shiny Server is the one that is compatible with SLES, so be aware that there is not a problem if you see that branding on your file. You can install this RPM file using zypper.
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