Frank Bailey Email & Phone Number

Reston, Virginia, Us

Beverly, Massachusetts, Us

Contract position with Clarus-LLC providing customer support and troubleshooting for an avionics in-cabin wireless product. This product provides a bridge between a wireless in-cabin access point and the ground using Iridium modems. My tasks include troubleshooting issues the beta customer is experiencing with the product and to be a liaison with a development group in Bangladesh. I’m also providing direction for the development of software process documents for DO-178B certification for this product, which is considered a Minor Design Assurance Level (DAL) product.

Scottsdale, Arizona, Us

Lead software developer for scaled-down UMTS Core Network components (specifically, an SGSN, HSS and GGSN). This is for a military MUOS radio system training product that is used for training personnel in the use of their MUOS radios without using the actual system. Early on in this project, I was program lead until technical demands forced me into a more active technical position. Developed proprietary RANAP protocol interface over TCP and SCTP, in addition to implementing RANAP using ASN.1 over SCTP (multiple versions). This work also included implementation of a subset of the NAS protocol (runs on top of RANAP). Development was in C/C++ using Eclipse as the IDE.Software developer for large NASA project – developing requirements and critical software design documents for the Maintenance and Testing Infrastructure segment.MUOS User Equipment software repair - fixing and testing software problem change reports (PCR’s).• Coordinated with General Dynamics (GD) first line management to distribute PCR’s to other W5 software developers• Resolved and tested PCR’s in the waveform control components. Involved addressing memory management concerns, error detection/reporting, code compliancy issues.* Have had a DoD Secret Clearance within the last year (active in 2014).

Developed a number of applications for a military software defined radio• Implemented and demonstrated IKEv2 protocol; implemented the 3DES encryption algorithm for IKEv2; targeted for inclusion in the HAIPE functionality of a Software Defined Radio.• Integrated DTLS (secure connectionless transport layer) into an SNMPv3 software stack• Developed an A* search algorithm for finding least-cost solutions for resolving radio communications problems on an Android platform (constraint-based solution).

I've worked on three government funded programs. My current work is for the JIPM (Joint IP Modem) program and this is involves applying the STIGs for a number of platforms (embedded Linux, Directory Server, Windows XP, Red Hat Linux). The previous program was for the JWNM (JTRS Wideband Network Management) program as a sub-contractor for Northrop-Grumman. This work was in C++ in a Linux environment. This was primarily application work for planning over-the-air-transmission of keying material and applications to support management of SNMP user accounts in the JWNM system. The previous project to JWNM was a replacement for GOE (Ground Operating Equipment) for satellite-based communication systems. I worked on an interface adapter unit (IAU) which converted legacy serial interface signals into an IP-based message interface that communicated with our encryption unit. I wrote the control software in the IAU that configured the traffic paths through the GOE and responded to discrete signals received from the legacy equipment that we were interfacing with. This work involved interfacing and debugging with new hardware. Development was in C using the Green Hills MULTI environment and Green Hills Integrity OS.

Fairfax, Va, Us

Worked on the High Assurance Platform (HAP) project which is a virtualization platform to run multiple guest operating systems (Linux, Windows, Solaris, etc) of different security levels, concurrently on the same hardware platform. This work involved integrating software from 3rd party vendors into the HAP platform. Some software development was involved.Previous project was a cross-domain solution (CDS) product for MUOS (Mobile User Objective System) to provide an IP based guard solution running on BAE’s XTS-400 (an EAL 4+ platform). This was written in C and involved writing TCP/IP servers and using the XTS-400’s utilities to create an infrastructure to transfer data from one security enclave to another.First project at GDC4S was for software defined radios which is an embedded software product using primarily C (some assembly and interfacing with hardware). My tasks included software development (design, code, test) for waveform development and waveform infrastructure development.

This company develops softswitch applications for the telephone IP market. My duties included adding an SS7 interface to the product and re-designing the alarm and error processing of the product. Development was in C++, in an ACE/TAO architecture, on a Unix environment.

For Lucent, my duties included requirements development of a pre-paid service for a Dominican Republic service provider. Prior to this, I was a team leader of a small team (five developers) to develop a "generic" version of an existing pre-paid service. My specific duties included adding an interface to an on-line billing service for processing credit card transactions. This development was performed in a Unix environment using C++. Prior projects at AG included development of a toll-free cellular application and implementing a remote provisioning capability for a Tandem platform using the Distributed Computing Environment (DCE) remote procedure calls (RPC). These developments used C++, in a Unix environment. Applications were implemented using the Signaling System 7 (SS7) ISUP protocol. Target platforms were a Tandem non-stop processor complex and Sun fault resilient platform.

I worked as part of a team developing the Earth Terminal Controller (ETC) for Motorola's Iridium Personal Communication System. I worked on the design of the protocol conversion capability of the ETC to provide a gateway function between a TCP/IP network and a proprietary LAPD-based network for the satellites. As part of this work, I presented our design to Iridium Inc. and worked with Motorola Satellite Communications (SATCOM) group to define/clarify the requirements of the protocol conversion function. While at Motorola, I worked on a commercial version of a secure telephone and secure data product. My responsibilities on these projects included all phases of software development for the signaling protocol functionality. Development environments at Motorola were in a Unix environment with target platforms including DSP 56000 and VME platforms. Used SASD development methodology and programmed in C. Participated in Software Engineering Institute (SEI) Capability Maturity Model (CMM) assessment process; also had a secret security clearance, while

Member of a product planning team responsible for specifying future products for Siemens Transmission systems. As part of this team, I participated and presented contributions to the T1M1 standard's group for telecommunications transmission products. As part of this group, I was also involved in developing the product descriptions for a family of SONET based products.

GTE, developing a family of proprietary fiber optic transmission systems. These systems were multiplexers combining digital signal rates (DS1, DS1c, & DS2) into into 145 mega-bit data streams carried over fiber. Software development was on a VAX/VMS platform using C.

designing and developing an energy management system for supermarkets and hotel/motel applications. Primary responsibilities included data base design and control algorithm development.

development responsibilities included design and implementation of the data acquisition and control subsystem of a power control center.

Bs, Computer Science

Bs In Computer Science, Computer Science