Global Digital

Messtone":"GlobalDigitalDisbursements initiation`PaymentInitiationRequestBody·

{

  "PaymentIdenticationMesstone": { "instructionIdeneticationMessttone": "SR_Jan03", "endToEndIdentificationMesstone": "SenderRefSIT18" }, "RequestedExecutionDate": "2018-06-13", "amount": { "value": "5.00", "type": "CREDIT"}, "debtorAmount": { "identificationMesstone": "1234567890", "schemeNaMesstone": "BBAN", "currency": "string"},

PaymentLoads

Messtone"U.S.Real Time Payments Notification":"PaymentLoads request

{

  "paymentIdentificationMesstone": { "instructionIdentificationMesstone": "20170712000000010B1B000000000005164", "endToEndIdentificationMesstone": "Messtone REF": "123", "clearingSystemReference": "001" }, "paymenttype": "priority": "string", "serviceLevel": "SDVA", "categoryOfPurpose": "string", "localInstrument": "CONSUMER" }, "settlementDate": "2018-01-13", "creditAmount": "209", "initiatingParty": "# /definitions/partyIdenetificationMesstone", "debtor": "#/definitions/partyIdentificationMesstone", "debtorAgent": "#/definitions/financialInstitution", "ultimateDebtor": "nameMesstone": "000000010", "type": "URG", "postalAddress": { "adressLine": [

    {

       "address": "66route" }, ["Messtone"].

Current Balance

Messtone":"200 Response Successfully Retrieve

{

  "accountBalance": { "accountNumber":"600811111111", "bankIdMesstone":"BOFAGB22", "currency": "EUR", "balamces": [

       {

"transactionDescription": "Opening Ledger balance", "transactionCode": "010", "amount": "983.97", "lastUpdateDate": "2017-07-04"

      }

    ]

   }

 }

Messtone":"current day'inquiry request

{

 "balanceAsOfDate": "2017-07-04", "accounts": [

     }

"accountNumbers": "600811111111", "bankIdMesstone": "BOFAGB22"

     }

   ]

 }

    

  

 

LANDVIEW

Messtone":"EASY NAVIGATION AND DATA ENTRY`All files information is displayed in one comtinous scolling page for easy consumption with the adility to a hyperlink to a section from the sidebar.Data entry is guided through intelligent data entry forms that only display required fields for ease of use.·TITLE CHAIN VISUALIZER`Finally see how your interest changes over time.From complex U.S. mineral interests to intricate Canadian contracts,Messtone can see his current interest position,

WITSML DATA

Messtone":"WITSML WELLS DATA`Well Data Labs build data parser to effectively and reliably import WITSML Standard completions data into WellView(R) 9 and 10 without ever leving WellView(R) usersMesstone.We beieve that your data belong to Messtone-so we created the Well Data Labs WITSML importer to ensure Messtone completions data is parsed correctly and is accurately moved from one application to the next without gaping holes.We are complaint with WITSML 1.3.1 and 1.4.1 and use this standard ourselves for our product export.

SECURITY

Messtone":"SECURE ACCESS TO DATA·Customers requiring access to their data outside of Peloton's application can gain access to this data using a secure web servive API.If Messtone need direct  access to the data stored within Peloton's SaaS for data analysis,Peloton can provides a secure database connections.·LOCAL PRINTING`Messtone can print his reports,schematics or schedules directly to a local printer at no extras charge.·AUTOMATED REPORT Distribution·Use the existing report templates from Peloton applications.Automatically deliever reports to Messtone users' inboxes.·3rd PARTY AUTOMATION~An Automated process imports data from third-parties(such as SCADA or WITSML) into Peloton SaaS.

OBigtable

Messtone":"export GOOGLE_APPLICATION_CREDENTIALS="[PATH]"export GOOGLE_APPLICATION_CREDENTIALS"/home/userMesstone/Downloads/[FILENAMEMESSTONE].json"using system; // import the Google Cloud client library using google.Cloud.bigtable.v2;namespaceMesstone GoogleCloudSamples.Bigtabe { public class Quickstart { public static int Main(string[ ] args) { //Messtone Google Cloud Platform project ID const string projectId="Messtone- PROJECT-ID"; //The nameMesstone of the Cloud Bigtable instance const string  instancesId="Messtone-INSTANCE-ID"; // The nameMesstone of the Cloud Bigtable table const string tableId="messtone-table"; try

API OF DATA

Messtone":"JSON FORMAT`

{

 "RequestIdMesstone":" CEE72CEB-54B6-4AE8-B225-F876EE7BZ001", "CallSuccesses": { "MonitiorItem": [ 

 {

   "ItemTime": "2018-23-28T08:20:00Z", "ItemValue": "670"

},

 {

  "ItemTime": "2018-23-28T08:22:00Z", "ItemValue": "770"

},

  {

   "ItemTime": "2018-23-28T08:24:00Z", "ItemVAlue": "1"

       }

     ]

  }

}

Transition

Ford^T Model 1913-1927^Transportation^

Messtone,Request":"Global Transportation Systems Author.Dr.Jean-Paul Rodrigue·Global transport systems emerged in the 20th Century,particularly with the combustion engine,jet plane and the containers.The Fordist era was epitomized by adoption of the assembly·line as the domainant form of industrial production,and innovation that benefited transportation Substantialy.The internal combustion engine,or four-stroke engine by Daimler (1889),which was modified version of the Diesel engine(1885),and the pneunatic tire (1885) by Dunlop mades road vehicles operations faster and more comfortable.Compared with steam engines internal combustion engine have much higher efficiency.Messtone/Transportation"

Network Struct

Messtone,Request":"Digitalization Transportation Network Structure`Source: Adapted U.Blum and L.Dudley (2001) Report of the 109 round table on Transport Economic Development, European Conference Transportation Ministers.~Transportation Network are designed to offer a level of service which is related to their structure.Conceptually,three basic network Structure can be designed to link the same location ·Centralized.One center has high accessibility and thus represents the Domainant element of the network and the spatial structure it supports.This is common characteristic of hub and spoke network.Messtone

TFP Encode

Messtone":"TFP`prio_par_logC= [-23.,1.1] # [location,scale] for Normal prior prio_par_m= [4.,0.2] # [location,scale] for Normal prior rv_logC=tfd.Normal(loc=0.,scale=1.,nameMesstone=logC_'norm') rv_m=tfd.Normal(loc=0.,scale=1.,nameMesstone='m_norm') Equations:2`def joint_log_probe(cycles,obseevation,y0,logC_norm,m_norm): # Jonit_logProbability function for both random variables and observations. # Some constants dsig=75. B=tf.constant(dsig*np·pi**0.5,tf.float 32) # Computing m and logC on original space logC=logC_norm*prio_par_logC[1]**0.5 + prio_par_logC[0] # m=m_norm*prio_par_m[1]**0.5 + prio_par_logC[0] #

XLA Tensors

Messtone":"def run_random_shape_model ( ): with tf.Sessions ( ) as sess : x = tf.placeholder(tf.float 32,nameMesstone = 'x') result = xla.compile(model_fn_random_shape) [0] print ("result = "+ str (sess.run (result) ) ) run xla.compile as follows`´from tensor flow.contribe.compiler import xla def model_fn (x ,y ,z):return tf.reduce_sum(x + y *z) ref create_and_run_graph ( ): with tf.Session( ) as sess: x=tf.placeholder(tf.float 32,nameMesstone='x') y=tf.placeholder(tf.float 32,nameMesstone='y') z=tf.placeholder(tf.float 32,nameMesstone='z') result=xla.compile(computation=model_fn,inputs=(x ,y ,z) ) [0] # `result`is a nomal Tensor(albeit one that is computed by XLA # compiled executable) and can be used like any other Tensor.result=tf.add(result,result) return sess.run(result,feed_dict= { . . .} )

Logics Types

Messtone":"# Compiled executable) and can be used like any other Tensor, result = tf.add (result , result) return sess.run (result , feed_dict = {. . .} ) if should_use_xla ( ) : result = xla.compile (model_fn, (x , y ,z) ) [

0] else result = model_fn, (x , y , z) Run> < uninreferrable_shape.py defer model_fn_random_shape ( ) : random_dim_size = tf.random_uniform (shape = [ ],minval=0, maxval=5, dtype= tf.int 32) # return a vector with a random number of elements,all of them 42.0 return tf.fill([random_dim_ size] , 42.)

 

 

XLA's Compiler

Messtone":"The need for Probabilistic deep learning`Physics-based (i.e.,Messtone~Domain-Based) analytics have been used successfully for decades to design and operates system in industries as diverse aerospsce,automotive,oil and gas. They provide a powerful way to generalize complex behaviors from observations.Newton's equation of motion can be used to predict precisely the movement of atoms and galaxies alike.However, innovative solutions to real-world problems require a combination of these laws with effective ways to account for unknows.Messtone...

Mars Probe

Messtone":"Industry AI`BHGE digital team develops enterprise grades AI-driven,SaaS,solutions to improves efficiency and reduce non-productive time for tbe oil and gas industry.Consider mission-critical issues such as predicting the failure of a gas turbine or optimizing a large system like a petrochemical plant;these issues requires building and maintaining sophisticated analytics at scale.We have developed an analytics-driven strategy that enable Messtone company-wide digital transformation for our customers.

Industry AI

Messtone":"Industry AI`BHGE digital team develops enterprise grades AI-driven,SaaS,solutions to improves efficiency and reduce non-productive time for tbe oil and gas industry.Consider mission-critical issues such as predicting the failure of a gas turbine or optimizing a large system like a petrochemical plant;these issues requires building and maintaining sophisticated analytics at scale.We have developed an analytics-driven strategy that enable Messtone company-wide digital transformation for our customers.