Acl rsi

Moving average (or other moving average methods) to separately calculate the intra daily uptrend and downtrend. We denote uptrend moving average divided by downtrend moving average as the relative strength. We normalize the relative strength by 100 which becomes an index called RSI. It is commonly believed that RSI above 70 is overbought and RSI below 30 is oversold. This is the simplest way to trade on RSI (as shown in the pictures below). Nonetheless, there could be divergence between RSI momentum and price momentum which will not be covered in the script. The effectiveness of any divergence strategy on RSI is rather debatable.If you are looking for something slightly more complex, well, we can apply pattern recognition technique to RSI as well. Unlike strategy No.9 Bollinger Bands, we can directly look at the patterns of RSI itself instead of the price. Since we have tested double bottom pattern in Bollinger Bands, we would test head-shoulder pattern on RSI this time.For details of head-shoulder pattern, please refer to Investopedia.Click here to be redirected to the script.11. Monte Carlo projectMonte Carlo, my first thought on these two words is the grand casino, where you meet Famke Janssen in tuxedo and introduce yourself, 'Bond, James Bond'. Indeed, the simulation is named after the infamous casino. It actually refers to the computer simulation of massive amount of random events. This unconventional mathematical method is extremely powerful in the study of stochastic process.Here comes the argument on Linkedin that caught my eyes the other day. "Stock price can be seemed as a Wiener Process. Hence, we can use Monte Carlo simulation to predict the stock price." said a data science blog. Well, in order to be a Wiener Process, we have to assume the stock price is continuous in time. In reality, the market

INTERNALnetwork-object object NETWORK-CLIENTnetwork-object object PC-CLIENTobject-group network EXTERNAL-SERVERSnetwork-object object SERVER-Anetwork-object object SERVER-Bnetwork-object object SERVER-Cobject-group service CLIENT-SERVICESservice-objecticmp echoservice-objecttcp destination eq ftpservice-objecttcp destination eq wwwservice-objectudp destination eqdomainciscoasa#ciscoasa# show run access-listaccess-list INSIDE-ACL extended permit object-group CLIENT-SERVICES object-group INTERNAL object-group EXTERNAL-SERVERSciscoasa#ciscoasa# show access-listaccess-list cached ACL log flows: total 0, denied 0 (deny-flow-max 4096)alert-interval 300access-list INSIDE-ACL; 24 elements; name hash: 0x4b2b493baccess-list INSIDE-ACL line 1 extended permit object-group CLIENT-SERVICES object-group INTERNAL object-group EXTERNAL-SERVERS 0x3c82b1d6access-list INSIDE-ACL line 1 extended permit icmp 10.3.0.0 255.255.255.0 host 172.16.1.2 echo (hitcnt=0) 0xa64ba2fcaccess-list INSIDE-ACL line 1 extended permit icmp 10.3.0.0 255.255.255.0 host 172.16.3.4 echo (hitcnt=0) 0x3cfa64efaccess-list INSIDE-ACL line 1 extended permit icmp 10.3.0.0 255.255.255.0 host 172.16.5.6 echo (hitcnt=0) 0xc5bda599access-list INSIDE-ACL line 1 extended permit icmp host 10.1.1.2 host 172.16.1.2 echo (hitcnt=0) 0xe0cb1c42access-list INSIDE-ACL line 1 extended permit icmp host 10.1.1.2 host 172.16.3.4 echo (hitcnt=0) 0x7a9a7e95access-list INSIDE-ACL line 1 extended permit icmp host 10.1.1.2 host 172.16.5.6 echo (hitcnt=0) 0x625ddc45access-list INSIDE-ACL line 1 extended permit tcp 10.3.0.0 255.255.255.0 host 172.16.1.2 eq ftp (hitcnt=0) 0x825f4688access-list INSIDE-ACL line 1 extended permit tcp 10.3.0.0 255.255.255.0 host 172.16.3.4 eq ftp (hitcnt=0) 0xe60dc66daccess-list INSIDE-ACL line 1 extended permit tcp 10.3.0.0 255.255.255.0 host 172.16.5.6 eq ftp (hitcnt=0) 0xf206fa2baccess-list INSIDE-ACL line 1 extended permit tcp host 10.1.1.2 host 172.16.1.2 eq ftp (hitcnt=0) 0xd2619215access-list INSIDE-ACL line 1 extended permit tcp host 10.1.1.2 host 172.16.3.4 eq ftp (hitcnt=0) 0xbe035dd7access-list INSIDE-ACL line 1 extended permit tcp host 10.1.1.2 host 172.16.5.6 eq ftp (hitcnt=0) 0x9765b56aaccess-list INSIDE-ACL line 1 extended permit tcp 10.3.0.0 255.255.255.0 host 172.16.1.2 eq www (hitcnt=0) 0x66519ccdaccess-list INSIDE-ACL line 1 extended permit tcp 10.3.0.0 255.255.255.0 host 172.16.3.4 eq www (hitcnt=0) 0xab7a7aa5access-list INSIDE-ACL line 1 extended permit tcp 10.3.0.0 255.255.255.0 host 172.16.5.6 eq www (hitcnt=0) 0x45dfac83access-list INSIDE-ACL line 1 extended permit tcp host 10.1.1.2 host 172.16.1.2 eq www (hitcnt=0) 0x76b5bcfbaccess-list INSIDE-ACL line 1 extended permit tcp host 10.1.1.2 host 172.16.3.4 eq www (hitcnt=0) 0xa9d3cba7access-list INSIDE-ACL

{acl-name | acl-number} interface interface overload Example: Router (config)# ip nat inside source list 100 interface Loopback0 overload Configure dynamic overloaded NAT or PAT, which uses an ACL for all the desired VPN traffic. The NAT and PAT traffic is mapped to the Easy VPN inside interface IP address. The acl-name argument is the name of the ACL. The acl-number argument is the number of the ACL. Step 16 crypto ipsec client ezvpn name Example: Router (config)# crypto ipsec client ezvpn easyclient (Optional, if using split tunneling) Enters Cisco Easy VPN Remote configuration mode. Step 17 nat acl {acl-name | acl-number} Example: Router (config-crypto-ezvpn)# nat acl 100 (Optional, if using split tunneling) Enables split-tunneling for the traffic specified by the acl-name or the acl-number argument. The ACL is the same as the ACL used by the NAT or PAT mapping in the Step 15. The acl-name argument is the name of the ACL. The acl-number argument is the number of the ACL. Step 18 exit Example: Router (config-crypto-ezvpn)# exit Exits Cisco Easy VPN Remote configuration mode. Step 19 exit Example: Router (config)# exit Exits global configuration mode. Configuring cTCP on an Easy VPN Client To configure cTCP on an Easy VPN client (remote device), perform the following steps. SUMMARY STEPS 1. enable 2. configure terminal 3. crypto ctcp [keepalive number-of-seconds| port port-number] 4. crypto ipsec client ezvpn name 5. ctcp port port-number DETAILED STEPS Command or Action Purpose Step 1 enable Example: Router> enable Enables privileged EXEC mode. Enter your password if prompted. Step 2 configure terminal Example: Router# configure terminal Enters global configuration mode. Step 3 crypto ctcp [keepalive number-of-seconds| port port-number] Example: Router (config)# crypto ctcp keepalive 15 Sets cTCP keepalive interval for the remote device. number-of-seconds --Number of seconds between keepalives. Value = 5 through 3600. port port-number-- Port number that cTCP listens to. Up to 10 numbers can be configured. Note The cTCP client has to send periodic keepalives to the server to keep NAT or firewall sessions alive. Step 4 crypto ipsec client ezvpn name Example: Router (config)# crypto ipsec client ezvpn ezvpn1 Creates a

Alert notify Turn on/off notification (using MetaQuotesID in MetaTrader option). The same alert as above. Envelope period for alert Envelope period of alert. The period here is the number of bars, not the number of ticks. RSI period for alert RSI period of alert, The number of bars. RSI lower alert level RSI less than this value indicates that the price is near the buy area RSI upper alert level RSI higher than this value indicates that the price is near the sell area Envelope deviation alert level Envelope deviation higher/lower than (level)/(-level) indicates the price is near the sell/buy area Minimum alert interval Do not send alert for this specified interval after the previous alert for avoiding too many alerts in a same incident (MT5): Only in the MetaTrader5 version. In MetaTrader4 version, line properties are in the property of indicator.ScreenshotThe screenshot show the two tick lines of bid and ask prices and the 20MA tick line. It shows that the detailed price changes inside long candles. The high price (p) of a candle is displayed as the peak of tick chart (p'). You can see many highs and lows inside a candle and find more trade chances.