[incubator-streampipes-website] 01/02: some minor changes to part 1

[wi...@apache.org]

This is an automated email from the ASF dual-hosted git repository.

wiener pushed a commit to branch dev
in repository https://gitbox.apache.org/repos/asf/incubator-streampipes-website.git

commit 6ac75a82aba9194d73e51bc92630a1cae3b4c20d
Author: Patrick Wiener <wi...@fzi.de>
AuthorDate: Tue Apr 14 20:43:48 2020 +0200

    some minor changes to part 1
---
 documentation/website/blog/2020-01-23-streampipes_on_rpi.md | 9 ++++-----
 1 file changed, 4 insertions(+), 5 deletions(-)

diff --git a/documentation/website/blog/2020-01-23-streampipes_on_rpi.md b/documentation/website/blog/2020-01-23-streampipes_on_rpi.md
index 007eb35..c2de772 100644
--- a/documentation/website/blog/2020-01-23-streampipes_on_rpi.md
+++ b/documentation/website/blog/2020-01-23-streampipes_on_rpi.md
@@ -9,8 +9,7 @@ authorImageURL: /docs/img/wiener.png
 <br>
 
 
-
-This is the start of a two part series on how we want to bring StreamPipes closer to the edge. The first part describes how we managed to build and deploy StreamPipes on one Raspberry Pi (Model 4), while the the second part further covers how to deploy StreamPipes over a two-node Raspberry Pi cluster managed via k3s using our StreamPipes helm chart.
+This is the start of a two part series on how we want to bring StreamPipes closer to the edge. The [first part](/docs/blog/2020/01/23/streampipes_on_rpi) describes how we managed to build and deploy StreamPipes on one Raspberry Pi (Model 4), while the [second part](/docs/blog/2020/04/14/streampipes_on_k3s) further covers how to deploy StreamPipes over a Kubernetes cluster of two Raspberry Pi's via K3s using our StreamPipes helm chart.
 <!--truncate-->
 
 <TL;DR>
@@ -46,13 +45,13 @@ After saving and starting the pipeline, we built our dashboard based on the resu
 
 
 ### So, what's next?
-Starting out as a simple hack session on a late afternoon, trying to test where we could potentially run StreamPipes on and push it to it's limits, we gained valueable insights on how to build and run it on various architectures. Even though we do not recommend deploying StreamPipes in it's full glory on single low-resourced devices such as Raspberry Pi's, we aim to bring certain algorithms closer to where data is generated - on the edge. Consequently - apart from x86 images - we plan on [...]
+Starting out as a simple hack session on a late afternoon, trying to test where we could potentially run StreamPipes on and push it to it's limits, we gained valueable insights on how to build and run it on various architectures. Even though we do not recommend deploying StreamPipes in it's full glory on single low-resourced devices such as Raspberry Pi's, we aim to bring certain algorithms closer to where data is generated - on the edge. Consequently - apart from x86 images - we plan on [...]
 
 - **[Part 1: StreamPi(pes) - Running StreamPipes on Raspberry Pi](/docs/blog/2020/01/23/streampipes_on_rpi)**
-- Part 2: StreamPipes goes edge - Running StreamPipes on k3s
+- [Part 2: Running StreamPipes the Kubernetes-Way using K3s](/docs/blog/2020/04/14/streampipes_on_k3s)
 
 
 ### Useful links
 - [1] [Docker manifest docs](https://docs.docker.com/engine/reference/commandline/manifest/)
 - [2] [Running and Building ARM Docker containers in x86](https://ownyourbits.com/2018/06/27/running-and-building-arm-docker-containers-in-x86/)
-- [3] [k3s - lightweight Kubernetes distro](https://k3s.io/)
+- [3] [K3s - lightweight Kubernetes distro](https://k3s.io/)